DESIGN RULE CHECK IN SOLIDWORKS ELECTRICAL

In SOLIDWORKS ELECTRICAL, the creation of drawings has number of automations, to ensure the design is correct an option CHECK(DRC) will be useful.

STEP 1

  • AS shown in the below image 
  • First, create a design to check it.
  • The Design Rule Check option becomes useful for identifying corrections only after completing the drawings.
  • There are multiple types of Design Rule check. Will discuss those topics in below steps.

  STEP 2

DRC option

  • Find the Design Rule Check option in Electrical Project -> Design Rule Check to verify the drawings.

STEP 3

DRC Management Tab

  • The system will open a Design Rule Management tab.
  • In a tab multiple types of options available at the ADD option as highlighted in the below image.

STEP 4

CONFIGURATION SELECTOR

  • Once the above points done another selector tab opens.
  • This tab will be having multiple types of checking option like wire mark missing, Open ended wires, Symbol placed manufacturer not added etc… 
  • By reading description we can select the option with our requirement of checking the drawings.

STEP 5

DESIGN RULE CHECK - WIRES MARKS MISSING

  • Based on the above steps, select the wire option.
  • Once added from the ADD option, every option with multiple classifications will appear in the management tab.
  • Likewise other check options also will be helpful to resolve the process.

STEP 6

CORRECTION NAVIGATION

  • The first image illustrates that you can right-click in this tab to navigate to the wire location where correction is required.
  • The second image shows the highlighted wires needing corrective actions, and the components will also be highlighted in the same way.

Summary

  • With these above-mentioned points we can be able to check the drawings in an automated way in SOLIDWORKS ELECTRICAL.
  • This way it plays a major role in SOLIDWORKS ELECTRICAL.

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SOLIDWORKS PROPERTY TAB BUILDER

The Property Tab Builder is a stand-alone utility for  creating a customized interface for adding properties to  SOLIDWORKS Parts, Drawings, and Assemblies. 

Custom Property tab builder is an easy way to enter  information to our Parts, Assemblies and Drawings.

File Types:

You can use multiple property tab builder template for  each document type. The file extension indicates the  template type 

S.No. Template Type Description
. prtprp Part
. asmprp Assembly
. drwprp Drawings
. wldprp Weldment

Example of creating Property Tab Builder: 

We have to give these properties to a file. 

• Description 

• Number 

• Material 

• Weight 

• Drawn By 

• Checked By 

• Checked Date 

• Approved By 

• Finish 

• Type

Recognizing the Components :

Group box: To put the other items in groups, the Group  box is effectively a container. 

For example, you can place part information such as Part  Numbers, Article Numbers, and Descriptions into a  Group box and material information like Material, Finish,  and Weight into another Group box. Each Group box can  have a name. 

Textbox: This object keeps text as an associated  property and allows users to enter free-form text. ➢ List: List boxes present users with a list of predefined  values that once selected will be stored as a property. ➢ Number: A number box accepts only numeric inputs  to store as a property. 

Checkbox: With a checkbox you can have the user  select between two predefined values to place as a  property. 

Radio: Radio buttons allow you to define a selection of  up to three predefined values that can be used to show  or hide elements in the dialog. As an example, you  might want different text boxes to show based on the  selected radio button. 

Starting the Property Tab Builder:

For this example, I am going to build a simple tab for Assembly. 

Go to the task pane on the right side of SolidWorks after creating any new file to start constructing the  property tab. The spot to establish the property tab is on the very last tab.

12

Image 1: Property Tab Builder 


Image 2: Create a New Property Tab Builder.

 The new Application window called Property Tab Builder Will Pop-up as shown in Image 3.

Image 3: Property Tab Builder

Select the file type as shown in Image 4.

Image 4: Select File Type

1. The left column is a list of types of properties can be used.

2. The middle column is what will be shown in  SOLIDWORKS when property tab is ready. 

3. The right column is control attributes setting Custom Properties from Property Tab Builder: The Group Box of properties in the centre column can  be expanded by double clicking on the group box and then  dragging and dropping it onto the column.

Image 5: Adding Group Box

Control Attributes: 

➢ Caption is name which appears above the text input field 

➢This name stores the actual property in the model. 

➢ Properties can be linked to the model by linking it to values.

Using the Property Tab Builder to Assign Properties:

1. Textbox 

2. List 

3. Number 

4. Radio Button 

Image 6: List

Image 7: Number

Image 8: Radio Button

Final Property Tab Builder: 

By assigning attributes to the properties. You will get final Property Box.

Image 9: Assembly Property Tab Builder

Save as to find the file location of your existing  property file: 

To use the customized version, Give the  Location of custom file to the SOLIDWORKS file  location as.

Image 10: File Location

Working in SOLIDWORKS with Property Tab Builder:

When you model a part and goes to the custom  property from task pane, you can see the customized  property builder you designed.

Image 11: Applied Properties to Assembly

Image 12: Applied Properties in Custom Property Window

In the file property dialog, try activating the drop-down menu in the property name cell. Then you can create the custom properties.

The same method we can use to Part, Drawing and Weldment templates creation also.  

Conclusion: 

Property Tab Builder lets you create your specified properties in a single window and can be share it to all users so that properties can be applied by a single click, resulting in saving design time.


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INTRODUCTION TO SOLIDWORKS TREEHOUSE

In Treehouse, you can set up your assembly hierarchy in a graphical user interface before you build your models in the  SOLIDWORKS software. You can add to an existing file structure in Treehouse. 

Establishing Default Templates 

Choose a location for the templates you will use to build your assembly, and select the folder for importing and exporting assemblies and parts when you first use SOLIDWORKS Treehouse. Choose the Treehouse options button and add the places to add these spots.

Creating A Blank Assembly Structure 

Drag and drop the preferred assembly template into the main workspace to start building a blank assembly structure. Then, start adding parts and subassemblies to the structure.

You may add properties and configurations to every part, assembly, and subassembly in your construction. By hovering over the section, you need to alter and using the  "Show Document Properties" option, you can open the property editor.

You can change document properties, like the part or  assembly name, after the property editor is active. When  you export the assembly structure, you will also need to select the file location where you want that component to  export to.

However, over a part and adjust the component count to indicate how many of the same part are required in the assembly structure.

After creating the blank assembly, you can save the structure. Then, open it in SOLIDWORKS by selecting the 'Export to SOLIDWORKS' button from the toolbar.

SOLIDWORKS will then launch the Feature Manager tree and fill in the properties and structure you supplied to the assembly. This will allow you to start modeling each component.

Establishing A Preexisting Framework For File  Assembly 

You will use a similar procedure to construct an assembly  framework out of pre-existing parts. First, you will choose  from a template the top-level assembly. Drag and drop the files you want to add to your structure into the Treehouse workspace from the file explorer. Alternatively, use the 'Existing file' option under templates on the left side of the window to find the existing file.

When the structure is complete, you can select the  “Export to SOLIDWORKS” button again to launch SOLIDWORKS  with the assembly properties and structure specified

After being exported from SOLIDWORKS, an assembly  structure constructed from pre-existing parts still needs to be  properly bonded.

Configurations

Additionally, you can build several setups according to  attributes. Hover over a part and adjust the component count. This will show you how many of the same part are required in the assembly structure.

After adding the configuration, you can edit the properties in the property editor under the configuration tab.

Exporting to Microsoft Excel

Treehouse can export the structure in list form to Microsoft Excel as well. To do so you will select the “Open in Excel” button from the toolbar. This will launch Excel and present the information from your assembly structure.


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How To Manage Documents Using The 3DEXPERIENCE Platform Effective Document

Document management is crucial for success across various business sectors. Organizations often face the challenge of efficiently and securely organizing, accessing, and collaborating on a diverse range of file formats, including engineering blueprints, regulatory compliance documents, and multimedia presentations. The 'Document Management app on the 3DEXPERIENCE Platform can enhance your organization's productivity by addressing these challenges and streamlining document-related processes.

Document Management Interface:

This app offers users a centralized management system for various document formats. Whether dealing with traditional Excel spreadsheets, Word documents, or PowerPoint presentations, the platform supports all of them, providing a unified space for storing and managing essential documents.

The intuitive user interface makes it easy to learn and even easier to use, allowing users to take full advantage of its powerful features from the start.

Features Available for Accessibility on the Interface:

You can access the same features displayed at the top right of the interface by either right-clicking after selecting the document or clicking the drop-down arrow in the same row.

Using the 6W Tags in the Document Management app:

Finding your documents is now hassle-free with the 6W tags offered by the 3DEXPERIENCE Platform. Users can effortlessly filter the needed documents by setting tags such as Owner, Collaborative Space, and Maturity State. Additional filters include Lock Status, Latest Revision, Creation Date, Modification Date, and more.

The app integrates PLM features of the 3DEXPERIENCE Platform, such as Lifecycle Management and Revision Control, allowing users to effortlessly manage the entire document lifecycle. From creation to archiving, users can create revisions, track changes, and keep colleagues informed through notifications, all within a single, unified platform.

Editing the Document:

Users can preview, edit, and save their documents directly within the platform, without needing any additional software. They can also download the documents whenever necessary.

Users can maintain uninterrupted productivity, whether they're in the office, traveling, or working remotely. With the ability to access documents anytime and from anywhere, they have the flexibility to work seamlessly across different environments.


➡️Ready to take your workflow management to the next level? Enhance your skills with our comprehensive SOLIDWORKS Trainings. Whether you’re new to SOLIDWORKS or looking to refine your expertise, our tailored courses will empower you to make the most of 3DEXPERIENCE and SolidWorks tools. Learn how to efficiently manage tasks, streamline processes, and drive your projects to success.

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Route Management in 3DEXPERIENCE

Route Management in 3DEXPERIENCE is a critical component for streamlining and automating your workflow. Whether you're managing a complex project or a simple task list, the ability to create and modify routes on demand ensures that each step in your process is completed efficiently and on time. With 3DEXPERIENCE, notifications are automatically sent to the right people at the right time, keeping everyone aligned and informed. As tasks are completed, the system seamlessly transitions to the next stage, ultimately promoting connected files to their intended maturity state, such as "Released." This guide will walk you through the essentials of managing route tasks in 3DEXPERIENCE, helping you optimize your operations.

Routes make it possible to define custom processes that are similar to custom PDM workflows, but with additional functionality. Routes are a single process that consists of tasks that when completed, completes the route. If the said process requires repeating, it is best to create a new route.

ROUTE TYPES

1. Approve

The assignee must approve the work that is associated with the task, whether it is a design or a document.

2. Notify only

Whoever is assigned to a task as Notify Only receives a notification about the task.

3. Comment

The task assignee must add a comment to complete the task. This is usually to provide additional insights or information for those who later approve the work that is tied to the sequence of tasks.

Tasks in a route can be either serial or in parallel.

a) Serial Route:

In a serial route, the tasks run in a particular order, means that Route Task 1 must complete before Route Task 2 can begin. The image above gives an example of approval tasks, though the same principle applies to tasks that specify Comment. Tasks that specify Notify Only send a notification to the people assigned to the task, and then automatically complete the task and proceed to the next task in the route.

b) Parallel Route:

It is possible to set up parallel tasks in two ways,
i. Any one of the assignees complete the task, the route task moves to next stage.

ii. In all condition, every assignees need to complete the task. Then only the route task moves to next stage.

Why Use a Route?

A route ensures that contributors to the process follow the correct procedures, for example, in the product approval and release process. It is a systematic way of tracking reviews and approvals.

How to use Route?

  1. Launch Route management application in compass and clicks + New Route.

2. In the Properties tab, enter the title of the route task.

3. In content tab, add the document to be reviewed by using drag and drop (or) use + icon.

4. In the task tab, click add task to create the workflow of the route.

5. Once the 1st task has been created use + icon to add series and parallel route task.

After setting up two or more parallel tasks, it is possible to select whether All or Any of the assignees of the task need to approve or comment for the route to progress.

  1. On the task, double clickthe new task to open the properties pane. In the properties pane, add a title and description, and ensure that the Expected Action option. Then assignee the member to work on the route task.

Once the route task has been set to start. The route process workflow starts with the notification to the user to work on the route task.

Summary

routes provide organizations with a systematic process of performing a series of tasks with automation. In short, routes could be described in the following steps:

  1. To start a new process, you can create and run a route on demand, which enables you to add or remove route tasks because the route is active.
  2. When the route runs, notifications about the tasks to complete are sent automatically to those who are assigned to the task. If the assignee is a group, all members of the group receive a notification.
  3. When the route task completes, the route automatically moves to the next task in the route and sends a notification to the assignees.
  4. Upon completion, the route – if intended and set up to do so – promotes the connected files to the specified maturity state. For example, Released.

➡️Ready to take your workflow management to the next level? Enhance your skills with our comprehensive SOLIDWORKS Trainings. Whether you're new to SOLIDWORKS or looking to refine your expertise, our tailored courses will empower you to make the most of 3DEXPERIENCE and SolidWorks tools. Learn how to efficiently manage tasks, streamline processes, and drive your projects to success.

➡️Don't miss out on the latest breakthroughs in 3D technology and engineering solutions. Subscribe to our newsletter today and stay connected with industry trends, expert advice, and exclusive offers. Join our community of innovators and ensure you're always a step ahead in your field. Sign up now!

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Download SOLIDWORKS 2024

When searching for SolidWorks, one of the most popular 3D CAD software tools, it's common to stumble upon various links that promise easy downloads. But before you click on those enticing links, it’s essential to understand what you’re getting into, especially if the download seems too good to be true. Using pirated versions of SolidWorks can lead to severe consequences, including security risks, legal trouble, compromised performance and most importantly you need to pay very high price if you get caught by the resellers. Here's what you need to know before making a decision. Pirated software is a breeding ground for malware, viruses, and spyware. These malicious programs can compromise your system, leading to data loss, identity theft, or worse. Using unlicensed software is illegal. Companies that use pirated versions of SolidWorks can face hefty fines, legal action, and damage to their reputation. Official SolidWorks users receive regular updates, bug fixes, and customer support. Pirated versions lack these critical features, leaving you stuck with outdated and potentially unstable software. Pirated software often contains errors that can cause frequent crashes, slow performance, and compatibility issues, hindering productivity

Click Here to Get the Latest Version of SOLIDWORKS

SolidWorks System Requirements

Before downloading SOLIDWORKS, it's crucial to ensure your system meets the minimum requirements. This guarantees optimal performance and a smooth user experience:

  • Operating System: Windows 10 or later (64-bit)
  • Processor: 3.3 GHz or higher
  • RAM: 16 GB (32 GB recommended)
  • Graphics Card: NVIDIA Quadro or AMD FirePro with the latest driver
  • Hard Drive: SSD with 250 GB of available space
  • Display: Full HD (1920x1080) or higher

Meeting these requirements will ensure that SolidWorks runs efficiently, allowing you to take full advantage of its powerful features.

FAQs About SolidWorks

1. Can I download a trial version of SolidWorks?
Yes, Dassault Systèmes offers a trial version of SolidWorks. It provides full access to the software for a limited period, allowing you to explore its features before purchasing.

2. What is the best way to purchase SolidWorks?
You can purchase SolidWorks through authorized resellers or directly from the official website. Various licensing options are available, including perpetual licenses and subscription-based models.

3. How often are updates released for SolidWorks?
SolidWorks typically releases major updates annually, with service packs and patches provided throughout the year to address issues and improve functionality.

4. Can I run SolidWorks on a Mac?
SolidWorks is designed for Windows, but it can be run on a Mac using virtualization software like Parallels or Boot Camp.

5. Is there a student version of SolidWorks?
Yes, a student version of SolidWorks is available at a discounted rate, providing access to the same tools and features used by professionals.

In conclusion, while the idea of downloading SolidWorks online might be tempting, it's vital to approach it with caution. Avoid the pitfalls of pirated software by ensuring your download is legitimate and that your system is prepared to handle this powerful CAD tool.

3DEXPERIENCE Collaborative Task

Task Management in Real-time and Seamless with 3DEXPERIENCE Works

Innovation in the quickly evolving domains of technology and design depends on teamwork. The 3DEXPERIENCE platform is excellent at fostering adaptable teamwork and creative thinking. At the center of this collaborative revolution is the 3DEXPERIENCE Collaborative Task, a feature that allows teams to collaborate in real-time, overcoming physical boundaries and revolutionizing the entire process of product development.

Step1:

Drag and drop a Collaborative tasks app from dashboard

Step 2:

  • Create a new task

Step 3:

  • Next, enter the description and title. 

Step 4:

  • First, assign a person and then enter the details of the task.

Step 5:

  • Furthermore, the user can get notifications through the platform.

Step 6:

  • Additionally, update the task status through the platform

Step 7:

Next, move the task from the To Do stage to the In Work stage.

Once task is completed drag and drop a task to completed stage.

Partnering is far more than an expression of intent; in a world where creativity propels progress, teamwork is vital. Clearly, it becomes apparent that encouraging effectiveness, cooperation, and communication throughout the product development process needs the 3DEXPERIENCE Collaborative Task. As a result, breaking down organizational silos enables real-time collaboration, enhances communication, and seamlessly integrates with other tools—all of which contribute to the innovation and effectiveness of teams. Companies that want to succeed in the long run must acknowledge that collaboration platforms like 3DEXPERIENCE Works are a strategic need as they continue to handle the complexities of a rapidly evolving industry.

Evaluating Thermal Behavior Using SolidWorks Flow Simulation

Introduction

This blog is for you if you've experienced Solidworks Flow Simulation but are not aware of Engineering goals or the reasons you want to use them. To address any issues, I will break this blog into 3 sections.

  • Purpose of Using goals
  • Types of goals and Ways of defining the goals

PURPOSE OF USING GOALS:

  • To use your own criterion
  • Specify goals as physical parameters at areas of interest.
  • Used for Convergence Control
  • Finish the calculation.

Goals primarily define your project, and you can also use them to monitor results while the solver runs. Some examples might include, if I want to perform a heat transfer analysis in a Heated cold plate and it also includes the maximum temperature of the fluid globally.

You can track the result by monitoring the goal plot. Let's say that the fluid's limiting temperature is 48 degrees Celsius, but the goal plot indicates that the fluid reaches above 55 degrees C within 20-30 iterations and that you must end the solution without continuing to run the solver indefinitely. You must end the solution without running the solver because the design requirements will not be met. 

Thus, it provides a way to return to the project and CAD model right away to add anything you might have forgotten to put in the setup or make a design modification to increase the cooling effect.

You can examine a table of your goals or to generate one in an Excel spread sheet after you've solved the problem. This is excellent for giving your project a visual summary. Utilizing the goal chart in the Compare Tool also enables you to compare the outcomes of other projects where you have either changed the model geometry or a flow parameter in an instructive manner.

Goal definition helps you save time because it usually happens before the internal convergence criteria would have forced the solver to end because of the conservative structure of the software. 

TYPES OF GOALS:

You can define five goal types in SolidWorks Flow Simulation

  • Global Goals
  • Point Goals
  • Surface Goals
  • Volume Goals
  • Equation Goals

Where to find it- Shortcut Menu: Right click Goals in Flow Simulation analysis Tree and click Insert goals.

Global Goals:

  A global goal calculates a physical parameter within the computational domain. In the image below, I have created a global goal to find out the maximum temperature of the fluid. 

Point Goals:

  You define a point goal by specifying a value at a certain point, either through a reference, directly on the screen, or using coordinate values.

Surface Goals:

  Surface goal is a parameter on selected surface(s). You can also preselect the surface of the inlet/Outlet boundary condition as a surface to define the goal. For example, if you specify mass flow rate, you will obtain the integral value for the entire surface. Alternatively, if you select a parameter like Total Temperature, you can obtain the min, average, max, or bulk average value on that surface.

Tips:

  • To select the inlet surface for the surface goal, Split the feature pane and specify the surface. 
  • To create the surface goals for many surfaces, Hold the control key and select all the surfaces and Click create goal for each surface

Volume Goals:

  Volume goal is a parameter within a specified volume, and it can be applied to parts, subassembly components, and even bodies within multi-body parts, in other words, to anything that defines a volume.

Equation Goals:

  Last, but not least importantly, is an Equation goal which can be defined using anyone of the previous goal types in a mathematical equation i.e., combining output quantities with equations. For example, to find the temperature difference it will use the previously created surface goals for temperature maximum. This new temperature difference equation goal can also be plotted and monitored during solution.

The Reynolds number of the flow field, determining the efficiency of a fan or the coefficient of drag/lift on a component, Valve flow coefficient, heat exchange efficiency, pump efficiency, Pressure drop can also be calculated using Equation goals.

Setting goals for your Solidworks Flow Simulation projects can aid in producing an accurate and efficient result. Thank you for reading and stay tuned for my next blog, which will focus on a third advantageous aspect of goals: parametric optimization!

SOLIDWORKS Electrical terminal creation diagram

SOLIDWORKS Electrical terminal creation

CREATION OF DEFAULT TERMINAL SYMBOL IN SOLIDWORKS ELECTRICAL

Creation of a new terminal strip drawing and modifying the default terminal symbol in Solidworks electrical and customizing it according to our specification.

In SOLIDWORKS Electrical, the system automatically creates terminal symbols, dynamically updating the origin and destination of wires and component details on the terminal drawing sheet..

STEP 1

Step-by-Step Guide to SOLIDWORKS Electrical Terminal Creation

  • AS shown in the below image 
  • Once you create the terminal, you must create a page with the terminal details..
  • To create a page right click -> Draw terminal strip.
  • Then the system will automatically assign terminal strip details and create a page with the default symbol.

  STEP 2

TERMINAL PAGE with default symbol

  • Once you complete the above steps, the system will generate a new page.
  • In the Display Tree Manager, you will create a new page with the terminal page symbol. The system will automatically generate this page with terminal details and the default symbol.

STEP 3

CHANGING DEFAULT SYMBOL

  • To modify the default symbol 
  • First, create a new symbol and save it in a library.
  • We have already discussed creating a new symbol and saving it in a library in previous topics.
  • And after a new symbol saved, in terminal page have to go to right click ->

EDIT TERMINAL STRIP DRAWING CONFIGURATION.

STEP 4

TERMINAL STRIP CONFIGURATION

  • The system will open a new tab for the terminal strip configuration page.
  • This page is used to change the multiple option not only changing the symbols, but it will also be used to change the layout, Layout positions, wire origin and destination, Earth terminal, Bridges etc.…all others will be covered in the upcoming blogs.
  • As shown in the below image by selecting default terminal option (Highlighted with black box at the bottom)
  • Use the SELECT option in the right corner (highlighted with a black box) to change the symbol.

STEP 5

SYMBOL SELECTOR

  • The system will open a library with more symbols, as shown below.
  • Must select symbol of our requirement of terminal symbols.
  • You can create and save multiple types of symbols in the library.
  • The second image shows that once you select a symbol, the preview of the symbol changes in the EDIT TERMINAL STRIP CONFIGURATION dialog box.

STEP 6

DEFAULT TERMINAL SYMBOL UPDATION

  • After applied those changes in the properties
  • Select UPDATE TERMINAL STRIP DRAWINGS as shown in the first image below
  • After you complete the update, the system will change the default symbol to another symbol, and the new symbol will then serve as the default.A screenshot of a computer

Description automatically generated

Summary

  • With these above-mentioned points we can be able to create a Default terminal symbol in solidworks electrical.
  • This TERMINAL will act as a default TERMINAL SYMBOL in SOLIDWORKS ELECTRICAL SCHEMATICS.

Migrating SOLIDWORKS Files to the 3DEXPERIENCE Platform

Introduction

Several tools are available to prepare and move your SOLIDWORKS CAD files to the 3DEXPERIENCE platform.

1. SOLIDWORKS File Utilities

All packages of 3DEXPERIENCE SOLIDWORKS and SOLIDWORKS Desktop include the SOLIDWORKS File Utilities.

The utilities are accessible when you right-click a SOLIDWORKS file in File Explorer.

Use this tool during the file preparation phase to rename, replace and move files.

2. Pack and Go

Pack and Go is a very powerful SOLIDWORKS File Utilities tool. It is useful to gather all related files for a model and it allows you to rename and copy all related files to another location.

Pack and Go is accessible when you right-click a SOLIDWORKS file in File Explorer, or from the File menu within SOLIDWORKS.

Use this tool during the file preparation phase to locate your file set.

3. Interactive Save to 3DEXPERIENCE

The Save to 3DEXPERIENCE command is available from the SOLIDWORKS File menu, toolbars and from the My Session app within the 3DEXPERIENCE task pane. This is an interactive, synchronous command that securely uploads SOLIDWORKS files and creates corresponding SOLIDWORKS mastered database objects in a specified collaborative space. This command works well for file sets containing several projects with a combined file size. < 500 MB.

  • Accessible to all platform members.
  • Included with all 3DEXPERIENCE SOLIDWORKS roles and Collaborative Designer for SOLIDWORKS.
  • There is no gatekeeper. Saving the same files by multiple platform members only triggers a warning about duplicate data creation from the system. The system does not block the creation of duplicate data in the collaborative space.
  • Limited efficiency since it prevents you from using SOLIDWORKS while the save processes.

4. Batch Save to 3DEXPERIENCE.

The Batch Save to 3DEXPERIENCE tool is available from the SOLIDWORKS Tools menu. This is an automated, asynchronous tool that has the same secure upload and database object creation capability as the Save to 3DEXPERIENCE command. It provides the ability to save SOLIDWORKS files from multiple folders into various collaborative spaces and bookmarks. Large datasets containing multiple projects with specific size requirements benefit from this command. < 5GB.

  • Accessible to all platform members.
  • Included with all 3DEXPERIENCE SOLIDWORKS roles and Collaborative Designer for SOLIDWORKS.
  • Ability to save referenced files located outside of the selected folders. 
  • Provides a save report. 
  • The tool automatically prevents duplicate files within the same location when run multiple times on the same file set.

The tool improves efficiency because the save runs asynchronously, in a separate process. This allows you to use SOLIDWORKS while the save processes.

How To Utilize The 3DEXPERIENCE Integration And Gain A Thorough Understanding Of Metadata

Introduction

3DEXPERIENCE Integration is a feature available for users of 3DEXPERIENCE on Cloud for managing SOLIDWORKS CAD data. The platform has been continuously providing companies with more customization options to tailor their experience.

One of the critical features to be aware of is 3DEXPERIENCE Integration, which allows for improved metadata specification (such as part number, description, and author). SOLIDWORKS allows you to access this feature by navigating to Tools > Options > System Options. Detailed information is available in the SOLIDWORKS Help. So, what exactly does this option do? Let's delve into it.

3DEXPERIENCE Integration:

3DEXPERIENCE Integration empowers users to control both the configuration structure of parts or assemblies and how that structure translates into the Platform.

To ensure compatibility with the 3DEXPERIENCE platform, enable the "Update SOLIDWORKS files" option.. Be aware that updating a document for 3DEXPERIENCE compatibility is permanent. Additionally, the Rules Editor allows users to create rules for how certain configurations become Physical Products versus representations of existing data, though this is beyond the scope of this article.

Update SOLIDWORKS files to ensure compatibility with the 3DEXPERIENCE platform.

Introduced in FD01 2024x (February 2024), this feature allows a single physical product in new parts/assemblies or multiple physical products. You might wonder, what is a physical product? Let's explore this option further.

Physical Product:

3DEXPERIENCE Integration provides better control over the CAD object's structure within the Platform. The Platform is the source of truth for a company’s Purchasing department or Management seeking part numbers. In SOLIDWORKS, users are familiar with its structure—a part configuration and derived configuration form the potential structure in CAD. In 3DEXPERIENCE, there are CAD Family, Physical Product, and representations. SOLIDWORKS utilizes representations, but these are not transferred to the Platform.

The traditional feature tree in SOLIDWORKS shows the CAD Family top-level object with three physical products underneath. In the Relations app (All Relations), we see one CAD Family, three physical products, and three objects referred to as representations, which allow viewing in the web via 3DPlay. Web browsers leverage these tessellated models to generate graphics.

The following example demonstrates a different mapping approach: the feature tree displays one CAD Family object, one Physical Product, and two representations. The "Large" and "Small" sizes do not appear in the Platform but as a master configuration called Bracket. Thus, only one string of metadata exists, with Large and Small being different sizes used in various CAD states.

Working with Physical Products:

Physical Products are crucial in the 3DEXPERIENCE platform, showing CAD geometry when using tools like 3DPlay, and downstream apps like Product Release Engineer and Project Planner primarily work with the physical product object type. Hiding the CAD Family object reveals a Bracket with two configurations (Large and Small). Even though hidden, the CAD Family object remains part of the package.

3DEXPERIENCE Integration allows converting between physical products and representations. This flexibility helps in part number generation and other properties. The user can convert objects to a physical product or a representation.

When turning off 3DEXPERIENCE Integration with two configurations one derived, you end up with three physical products in 3DEXPERIENCE, meaning three independent but connected objects. Disabling 3DEXPERIENCE Integration allows you to assign separate part numbers.

Check the object’s name the prd prefix is the default naming convention for the Physical Product object type. Different numbers indicate different Physical Product objects. The right-click menu provides an option named "Update for 3DEXPERIENCE compatibility" to process documents for compatibility even after they've been created.

Should I Use 3DEXPERIENCE Integration:

Each organization should test the use of 3DEXPERIENCE Integration. Companies might create templates to standardize this feature across their design team. At the very least, companies should consider their part numbering intent early and understand this option's nuances.

3DEXPERIENCE Integration offers better control over a company’s numbering intent and aligns 3DEXPERIENCE object names—CAD Family, Physical Product, and representations. With the option off, the verbiage remains configurations and derived configurations, and variants called configurations generally become physical products in 3DEXPERIENCE, potentially with separate part numbers.

DraftSight Mechanical Toolbox: Enhancing Drafting Efficiency

Introduction

DraftSight is a powerful software solution that offers immense value to drafters and engineers engaged in editing and creating DWG and DXF files. Specifically, DraftSight's Professional through Enterprise Plus editions feature a specialized set of tools known as the DraftSight Mechanical Toolbox.

This toolbox is meticulously designed to cater to the needs of mechanical drafters by providing essential functionalities such as standardized holes, fasteners, tables, and annotations. These tools are integral for completing detailed mechanical drawings efficiently and accurately, streamlining the design process and ensuring adherence to industry standards.

Whether it's detailing parts, assembling components, or generating precise dimensions, the DraftSight Mechanical Toolbox empowers users to achieve high-quality results in mechanical engineering tasks within a user-friendly CAD environment.

Adding the Mechanical Toolbox in DraftSight either through the Tools menu in the Workspace or by using the Command Line with the command ADDINS, which opens the same window. This gives you flexibility in accessing and using the toolbox's tools for mechanical drafting tasks.

When the Toolbox is enabled, all tools are accessible via the Mechanical pull-down menu, the Mechanical ribbon tab, or the Mechanical toolbar, depending on the Workspace configuration.

Using the Toolbox starts with accessing the Standards command, which serves as the initial step in utilizing its functionalities. Within the Toolbox, there are six fundamental standards provided. To begin, users activate the specific standard that aligns with their requirements. For more tailored needs, custom standards can be generated by duplicating a basic standard. Then modifying parameters related to holes, hardware specifications, and thread data. This flexibility allows drafters and engineers to adapt the Toolbox to suit specific project demands, ensuring precision and efficiency in mechanical drafting tasks.

STANDARD HOLES:

The Standard Holes function particularly caught my attention. It addresses the challenge of recalling specific hole sizes required for different applications. To use it, begin by choosing the hole category, such as Counterbore or Countersink. Then, select the settings for the standard, fastener type, size, and scale as needed. For custom applications, all properties are adjustable. Allowing for precise customization of hole dimensions and specifications to meet project requirements effectively. This feature not only streamlines the design process but also enhances accuracy and consistency in mechanical drafting tasks.

Placing a hole is straightforward with DraftSight. Simply click once to specify the center location and a second time to set the angle. Clicking once to specify the center location and again to set the angle creates a block containing attributes and layer data, all easily modifiable as needed. This method ensures efficient placement and customization of holes within designs, enhancing the precision and flexibility of mechanical drafting tasks.

Hole Callouts:

After incorporating various sizes of holes, the next step in the process involves adding Hole Callout annotations to the drawing. Callouts are easily placed with a simple click-and-place operation, ensuring a highly efficient workflow. With just a few mouse clicks, the callouts can be quickly and accurately completed. Enhancing the clarity and completeness of the mechanical design documentation.

Hole Tables:

As the number of holes increases, adding more hole callouts can clutter the drawing. A clear and organized method to manage and document these holes is by adding a Hole Table. This table neatly labels and lists the locations and parameters of each hole. Providing a structured overview that enhances the clarity and organization of the mechanical design.

DraftSight Mechanical Toolbox offers a comprehensive solution for enhancing mechanical drafting capabilities. From simplifying the placement of standard holes to efficiently annotating drawings with callouts and organized hole tables. The Toolbox streamlines the entire drafting process. Exploring these tools can significantly enhance productivity and precision in creating detailed mechanical designs.

CREATION OF TERMINAL DIAGRAM IN SOLIDWORKS ELECTRICAL

Introduction

Creation of a new terminal strip drawing in SolidWorks electrical and customizing it according to our specification.

In SOLIDWORKS ELECTRICAL, the creation of terminal drawings is automated, ensuring that the origin and destination of wires, as well as component details, are dynamically updated on the terminal drawing sheet.

STEP 1

  • AS shown in the below image 
  • Create a wire before inserting a terminal.
  • To ensure automatic updates of wire origin and destination, place a component before and after the terminal.
SolidWorks Electrical Terminal Diagram

  STEP 2

TERMINAL OPTIONS

  • One method allows you to place a single terminal...
  • The other method is used for placing a set of multiple terminals...
  • SolidWorks Electrical offers two insertion options: one for placing a single terminal and another for placing a set of multiple terminals.
SolidWorks Electrical Terminal Diagram

STEP 3

ADDING MULTIPLE TERMINAL

  • To add a multiple set of terminals a line needed to draw and a triangle in the image represents the flow of the wire
  • The line signifies that these wires function as a single group, from which you can extract a cable or a set of neutral wires.
SolidWorks Electrical Terminal Diagram

STEP 4

TERMINAL PROPERTIES

  • Two important markers are displayed in the terminal properties: parent mark and terminal number.
  • To clarify the terminal hierarchy, the first MARK identifies the parent mark, such as X2.
  • Second MARK represents terminal number in the parent terminal i.e X2-1,2,3.
  • Before clicking "OK," ensure you haven't added manufacturer data yet. There is an easy way of adding manufacturer data that we ll discuss in next topic.
SolidWorks Electrical Terminal Diagram

STEP 5

MANUFACTURER DATA ADDING

  • After adding a terminal, right-click on it and navigate to "Edit Terminal Strip X2" to include manufacturer data.
  • Second image shows adding the manufacturer by selecting every number of terminal and right click-> Assign manufacturer 
SolidWorks Electrical Terminal Diagram
SolidWorks Electrical Terminal Diagram

STEP 6

MANUFACTURER PART PROPERTIES

  • The library will then display a list of manufacturers.
  • The selection process involves choosing the ideal manufacturer based on compatibility with the circuit and terminal points.
  • Completing these steps creates a terminal and assigns a manufacturer, as illustrated in the second image.

STEP 7

TERMINAL STRIP PAGE

  • SolidWorks Electrical can automatically generate a separate page for your terminal connection details.
  • Right-clicking the X2 terminal in the image reveals a menu with various options.
  • Following the image's highlight, select the "Draw" option.
  • A new page showcasing terminal strip connection details is automatically generated, as shown in the second image below.A screenshot of a computer

Description automatically generated

Summary

  • Building on the steps outlined above, we can now create a terminal connection in SolidWorks Electrical.
  • Creating these points automatically generates a terminal connection detail page.

3DEXPERIENCE SOLIDWORKS SHARE AND MARKUP

Share and Mark-up

SOLIDWORKS Share and Markup simplifies design sharing with external stakeholders. They can view, annotate, and share comments on your designs. SOLIDWORKS Share and Markup streamlines collaboration. It allows external stakeholders to interact with your designs by viewing, annotating, and sharing comments. This functionality is available to anyone who has the 3DSwymer, Collaborative Designer for SOLIDWORKS or 3DEXPERIENCE SOLIDWORKS roles.

A key benefit of Share and Markup is that the recipient doesn't need a 3DEXPERIENCE role or SOLIDWORKS license. This allows them to view the file, make notes, and share comments with you directly. You only need a 3DEXPERIENCE account, which is free to create. This way, you can avoid the hassle of alternative file sharing tools that can add unnecessary overhead to your design collaboration process.

1. How to enable Share and Markup capabilities

To share files with external recipient some initial setup is required using the Drives Control Center app. The platform Administrator must turn on:

  • Allow platform members to share content with external users by link.
  • Allow external users to view and comment on shared content.

These settings are located on “Share with External” tab.

2. Sharing a file from SOLIDWORKS

In SOLIDWORKS you chose the file format to share. From the “Lifecycle and Collaboration” tab you can select the ‘arrow down’ on the “Share a file” button and then select the desired file format.

In this example 3DXML is chosen, this is the recommended format for sharing an assembly. The 3DXML file will contain all of child components and sub-assemblies.

After choosing the file format, you can create the sharable link. Click the “Share a file” command again and a formatted file is created and placed in your 3DDrive application, in the folder named “Shared with external”.

plus, a dialog box will appear with an option to enable guests to comment on the file, plus an option to restrict access to specific users. If you do NOT enable “restrict access to specific users” anyone with the shared link can access the file.

However, if you activate “Restrict access to specific users” you will have the option to type in the email address of the person you wish to share your file with or multiple email addresses if several persons are to be involved and finally, you can add a message in the dialog box.

Having applied the required settings, next click the “Share” button, to automatically send an email to your chosen recipient that will include a link to the file and a message.

The recipient will receive an email with a subject line stating the name of the sender, the name of the file, and a link to access the shared file.

When recipients click on the link, they will be prompted to set up a free 3DEXPERIENCE ID account, if they don’t have one already. If they do have an account, they can just select the link and access the model by signing in to the 3DEXPERIENCE platform. Note: They must use the same email address entered when creating the shared link.

3. Adding annotations and comments to the shared file

Once the recipient has logged in, they can access the model from their browser, which will take them to the shared model in the 3DPlay viewer application, where they can rotate, view, mark up, and comment on it using the intuitive tools in 3DPlay.

All the recipient needs to do is hover over the icons to get a description of the various tools to begin a “mark-up” procedure.

As an example, they can click on the Edit Clipping tool, which cuts through objects using a section plane to view and to access details inside an object, and also to measure hidden items.

4. Sharing annotations and comments with the original sender

Recipients can save their markups/comments as a snapshot by hitting the "Share as Comment" command. This will then display the snapshot in the Comments window on the right side of their screen.

The 3DEXPERIENCE platform will notify the original sender when the feedback has been applied and sent.

Clicking on the notification displays the 3DPlay app in the SOLIDWORKS task pane, where of the annotations and comments made by the recipient of the file can be viewed.

5. 3DDrive: Locating Shared Files

The process which has just been described, seems very automatic and simple, and so it is. However, it’s always important to be aware of where the shared files are located, if you, at some point, wish to search for a specific file and other files that might have been shared.

By opening the 3DDrive application, searching can be performed in SolidWorks as well, simply locating the 3DDrive application through the Compass and open it.

The 3DDrive application appears and shows all the 3DDrive folders you have access to. When you share a file like shown in previous steps, the folder “Shared with external” is automatically created and to be found in the “My Files” folder.

This is where all the files you have shared using the “Share a file” feature in SOLIDWORKS are be located.

All the files you have shared from SOLIDWORKS are accessible from this folder. From here you have several options, for example viewing the information of the files you have shared and previewing it so you are able to see exactly what the external recipient is seeing when they open the file in the browser.We recommend deleting the file, but be aware that this will also remove all comments and markups attached to it. The 3DDrive file, not the copy in your 3DSpace, stores this information

6. Adding new users to existing shared files

If you want to add more external recipients to collaborate with, you can do it from the folder as well. Just select the desired file, select the share button and then the “Share with external” tab and you get the same window as described previously.

Note: Although there is an expiration date “30 days from link creation” it is only the link to the file that expires, not the file itself. We will keep the shared file in the 3DDrive until we remove it.

7. Revoking access to shared files

You have the option to revoke the shared access. When you have located the file you wish to revoke access from in the 3DDrive “Share with external” folder, open the “Share with external” tab in the “Share this file” menu.

Select the “Authorized list”

This program will show you the list of authorized users for this file. You can then select the recycle bin icon next to a user to revoke their access.

Share and Markup – use case examples

In this chapter you will find 3 use cases for sharing documents. These examples are commonly used by consultant designers, suppliers, and manufacturers in their daily information exchange.

1. Sharing a SOLIDWORKS drawing

Let’s say you need to share 2D drawing with a supplier. In this case you have made some changes to an original part and would like to get feedback from the supplier.

From the drawing in SOLIDWORKS, you can share the file as PDF, DXF, DWG and PNG.

Having chosen PDF as file format - select “Share a file” again. In this example we will not restrict the access to the file, so we will just make sure that the “Enable guest comments” is active and then click the “Copy external link” followed by “Close”.

The dialogue closes with a message stating that you have uploaded the file to 3DDrive. And if you forget to copy the link before closing the “Share a file” window, there is a Copy Link button in the info pop-up. This pop-up will disappear after a while. Hovering over it, will keep it visible.

We can send the copied link to an external supplier by email.

The external recipient pastes the link into a browser. They can then log in to the 3DEXPERIENCE platform using their account credentials to view the file.

The recipient can now access the drawing and start giving feedback. They can also share comments as described previously.

2. Sharing a design for manufacture

We have approved your design and it is ready for manufacturing. Now you need to send the 3D file. You could send it as a STEP file or as a native SLDPRT file. This can in some cases make it much easier to start producing data for CNC machining or 3D Printing.

We can easily share a file after making modifications. Simply select 'Share a file' and a dialog box will appear, allowing you to update the existing file.

The update process retains all previous annotations and comments, allowing the communication thread to continue seamlessly.

3. Sharing a large assembly design for review

When dealing with large assemblies, sharing a design efficiently can pose a real challenge as file sizes can get large. Previously, opening a large assembly, even in lightweight mode, often required recipients to use a workstation with the native CAD application installed.

This task is now much easier in SOLIDWORKS by utilizing a combination of the 3DXML file format and the Share a File feature.

The 3DEXPERIENCE platform allows you to view 3DXML files on both workstations and mobile devices. As long as you access the received link for the shared file – you will be able to open, view, zoom and rotate, explode even complicated assemblies.

Let’s have a look at an example using an all-terrain adventure bike designed by Bowhead Corp.

I have opened the assembly in SOLIDWORKS and prepared it for sharing by selecting 3DXML as the file format.

The user selects the "Share a file" command and then proceeds to follow the sharing procedure outlined earlier.

The recipient clicks the link and logs in to 3DEXPERIENCE. They can then easily view the assembly and add comments. A non-windows device took these screenshots.

Share and Markup compared with traditional methods of file sharing.

Using the Share and Markup workflow can remove the need to use traditional methods of file sharing. Traditional methods of file sharing include PDFs, screenshots of models in documents, and even SolidWorks Pack and Go. These methods often require multiple applications and can cause compatibility issues. Share and markup takes away previously used unstructured workflows and eliminates the typical obstacles in historical file sharing which include:

  • The need for various applications for saving and viewing files.
  • File sizes exceeding mailbox capacity.
  • File formats not compatible with recipient operating system or applications for viewing.

1. Share and Markup summary

SOLIDWORKS Share and Markup offers a powerful solution for sharing designs with external stakeholders. This functionality leverages the Share a File command and the 3DEXPERIENCE platform. It eliminates the need for less efficient file sharing methods. With SOLIDWORKS Share and Markup, you eliminate the hassle of manual file zipping, email limitations, and recipient software downloads. Now, anyone can view and comment on your designs using a simple web link. The browser supports the 3DEXPERIENCE platform. This allows recipients to view and add comments to shared files on a mobile device.

SOLIDWORKS Share and Markup streamlines design collaboration. Designers and stakeholders can work together efficiently, getting products to market faster.

SOLIDWORKS Inspection : Enhancing OCR Accuracy Using Customized DictionariesSOLIDWORKS Inspection

Introduction

SOLIDWORKS Inspection software greatly assists in generating quality control and planning documentation. When utilizing the standalone edition of SolidWorks Inspection to balloon PDF or Tiff files and produce inspection reports, encountering a drawing with a non-standard font can lead to potential inaccuracies in dimension and note extraction. 

Keep reading to learn how to prevent this problem and receive a quick tip for resolving it.

In this example, we are using Cooper Black as the non-standard font.

How-to-Create-a-Custom-OCR-Dictionary-in-SOLIDWORKS-Inspection-2

The OCR (Optical Character Recognition) function attempts to match the captured image of a dimension or note with characters from a predefined "dictionary" or list of known characters. Consequently, using non-standard fonts can lead to inaccurate matching between the two. Take note of the image below, where the dimension, tolerance, units, and dimension sub-type are extracted incorrectly.

As a default feature, SOLIDWORKS Inspection includes standard "dictionaries" or lists of characters available for selection. You can access these dictionaries under Options > Project Options > Imaging/OCR.

The solution to this issue is to train SOLIDWORKS Inspection to recognize and interpret the font used in the drawings you receive:

Step 1: Access the OCR Editor

Step 2: Insert a sample drawing into the editor to use as a tool to extracting characters and assigning them values.

Note: It would be ideal to have a print with all the letters, numbers and symbols used. (A thru Z, 1 to 9, and commonly used symbols).

Step 3: Extract the characters, assign the corresponding values, and store the dictionary.

You have the option to select "auto extract" or utilize the extraction tool in your command manager to box around of letters, numbers, or symbols. The Auto-extract feature in the OCR editor will then separate the characters for you, enabling you to input a value for each one.

For instance, in the example below, the character box is "A". On the extraction panel's left side, under the "value" section, we input "A" Subsequently, you can utilize the arrows in the extraction panel to proceed to the next character and input its corresponding value.

Ideally, aim to include all possible characters in the dictionary. Additionally, duplicating the same character multiple times could prove beneficial in certain situations. Once you have completed this process, save the dictionary to a location of your choice and then close the editor.

Step 4: Direct SOLIDWORKS Inspection to the dictionary you've created.

In SOLIDWORKS Inspection, incorporate the custom dictionary you've created.

Select the custom dictionary file in the specific folder.

Conclusion:

As a result, you'll achieve precise OCR recognition for the non-standard font. This dictionary is now applicable to any drawing featuring that specific font.

25 Years of Growth, Innovation & Shared Success

Dear Valued Customers,

As we come together to celebrate the 25th anniversary of the company, I am glad to express my deepest gratitude to each one of you. As we celebrate our company's 25th anniversary, we are filled with immense gratitude for the integral role you have played in our journey.

Over the past quarter-century, your trust, and loyalty have been the cornerstones of our achievements. We are sincerely thankful for the confidence you have placed in us, allowing us to grow, innovate, and exceed expectations. Your feedback and support have been invaluable, inspiring us to continually strive for excellence.

As we mark 25 years of growth, innovation, and shared success, we look forward to many more years of partnership with you and we are excited about the future opportunities that lie ahead. On this occasion, we commit ourselves to be on top of the technological advancements and staying competitive.

Once again, thank you for your trust. Your loyalty is deeply appreciated, and we are honored to have you as part of our extended family.

Sincerely,

Creation of HIGH RESOLUTION IMAGE using SOLIDWORKS COMPOSER

Introduction

Creating a high-quality image of a product using Solidworks composer.

After creating an image, you can follow a few steps to transform it into different types of images and ultimately use it to create a video

STEP 1

  • As shown in the below image,
  • You directly import a SOLIDWORKS assembly file.
  • The left side bottom tab consists of various properties used to change the colors, background colors, camera alignment and a few other options to change the product looks.
  • At the top, you'll find additional options that provide various features we'll explore in the following pages.

STEP 2

Assembly, Collaboration, Views

  • Once the above points are done, as per the below image 
  • Three tabs (highlighted) will be present which consist of assembly, collaboration, and views.
  • In the Assembly option every subassembly can be selected and modified separately. In the model, the selected subassembly will be highlighted in the assembly tab in a shaded brown color as shown in the image.
  • Once selected we can hide others and work on the selected subassembly, or we can hide the selected subassembly and work on the other subassembly file.
  • The VIEW tab allows you to take screenshots. Will discuss about VIEW tab in upcoming topics.

STEP 3

TRIAD

  • A TIRAD option is to pull out the subassembly in any direction.
  • The image shows bolts selected.. Once selected, the left side tab shows the selected bolts with highlighted shaded brown color.
  • The software opens a pop-up with three colored triads for moving the selection.
  • Every color represents the XYZ directions. Selecting and dragging the colored triads will cause the subassembly file to move in that direction.

STEP 4

PATH

  • SOLIDWORKS Composer allows you to create an associative path using the "Create Associative Path from Neutral" tool.
  • A second image is the resulting image which shows where the removed bolt comes from i.e. neutral path.
  • With this option even in exploded view we find the origin of the removed items.

STEP 5

LINEAR DRAG

  • Linear drag allows you to drag multiple subassembly files simultaneously.
  • The only thing is that subassembly should be either vertical or horizontal.
  • Selecting subassembly files vertically or horizontally is necessary to maintain their removal process.

STEP 6

VIEWS

  • The VIEWS tab allows you to capture a screenshot, which can then be used to create videos.
  • Those videos show how to assemble the product and how to remove it at the same.
  • Every view will be different and showcase the process of the product assembling.
  • We will cover how to add various effects to views, including exploding parts, highlighting elements, zooming in for detail, and using diggers for interactive exploration..

STEP 7

HIGH RESOLUTION IMAGE

  • With high resolution image option under the tab Home, A workshops opened at the right side.
  • A multiple options will be available like preview, Detail view, background options etc…are selected and saved according to requirements.

A machine with rollers on it

Summary

  • With these above-mentioned points we can be able to create high-quality images (VIEWS) using SOLIDWORKS COMPOSER
  • We will cover video creation and other topics in the next session.

INTEC 2024, A Convergence of Innovation and Industry with SIMTEK

SIMTEK Showcase at INTEC 2024

INTEC, the International Machine Tools & Industrial Trade Fair, has been a beacon of industrial advancement and a hub for business opportunities for two decades. As it reached its 20th edition, INTEC 2024 stands as a testament to the fair’s enduring legacy and its pivotal role in shaping the future of manufacturing and engineering.

At INTEC 2024, SIM Technologies Private Limited took center stage with an impressive display of their latest engineering solutions and services. Their participation was not just about exhibiting products; it was about demonstrating their role as a catalyst for innovation in the engineering sector.

A Display of Pioneering Solutions

SIM Technologies’ stall was a microcosm of the future of engineering design and manufacturing. They showcased the newest versions of SOLIDWORKS & 3DEXPERIENCE SOLIDWORKS, offering visitors a hands-on experience with the software that is driving the industry forward. The demonstrations highlighted the software’s capabilities in 3D design, simulation, and product data management, emphasizing how these tools can optimize the entire product development process.

Key Themes and Innovations at INTEC 2024

As the industrial world converges at INTEC 2024, the air is thick with anticipation for the key themes and innovations that will define the future of manufacturing. This year, the event was poised to unveil a series of groundbreaking advancements that promise to elevate the industry to new heights.

The Digital Transformation

 Industry 4.0 and Beyond The buzzword ‘Industry 4.0’ finds concrete expression at INTEC 2024, where digital transformation takes center stage. Unconventional technologies such as AI-driven analytics, IoT-enabled devices, and smart automation systems are on display, showcasing how data and connectivity are reshaping the industrial landscape.

Additive Manufacturing

 Crafting the Future 3D printing and additive manufacturing technologies are set to revolutionize how we create products. INTEC 2024 highlighted the latest advancements in this field, demonstrating how complex components can now be crafted with precision and speed, opening up possibilities for customization and innovation.

Strengthening Industry Presence

INTEC 2024 served as a platform for SIM Technologies to reinforce its presence in the engineering solutions sector. The event allowed them to showcase their strengths, particularly in the areas of CAD solutions and SOLIDWORKS expertise. Their interactive demonstrations and comprehensive product presentations left a lasting impression on the attendees, solidifying their reputation as a leader in the field.

A Green Gesture

 Seed Balls Giveaway In a unique and thoughtful initiative, SIM Technologies provided visitors with a freebie that carried a message of sustainability – seed balls. These seed balls, given away to attendees, symbolize the company’s commitment to environmental consciousness and the greening of our planet. It was a small but powerful gesture that resonated with the event’s attendees, reflecting the company’s dedication to eco-friendly practices.

Setting the Stage for Future Innovations

The feedback and discussions at INTEC 2024 have set the stage for SIM Technologies to plan and develop future innovations. The company’s focus on sustainable and efficient solutions was well-received, and they are poised to continue this trajectory, developing products and services that not only meet but anticipate the future needs of the industry.

Effective Data Representation with Metrics Readers

Introduction

Metrics Reader is a cutting-edge application for public cloud dashboards that provides a range of essential features. With Metrics Reader, you can effortlessly generate charts based on your imported datasets, enabling you to gain valuable insights and analyse the data effectively. Additionally, this powerful tool allows you to compare multiple charts, empowering you to make informed decisions based on comprehensive visualizations.

Metrics Reader is compatible with 3DDrive, Social Analytics, and Potion for enhanced functionality.

When incorporating a Metrics Reader widget into your dashboard, it is essential to customize it with your specific data set to showcase a chart.

You can modify the settings of any Metrics Reader widget that you have personalized.

By importing your own data (.CSV or .XLS), you can analyse trends and uncover valuable insights through customizable charts and graphs.

The Task Shows:

  1. Select data type.
  2. Import data.
  3. Select Range.
  4. Customize.

1. Select Data Type:

  • Quantitative Time-series
  • Quantitative Series
  • Qualitative Series

Quantitative Time-Series:

Bring in a collection of numeric data gathered at consistent time intervals. We will closely examine the Quantitative time series.

2. Import Data:

There are three options for importing the data.

Cloud (One time upload):

This is a one-time upload process where you will need to enter your Login ID and Password in the File URL field.

Select the Cloud option and enter the URL of a file saved on the cloud. If access is limited, please provide your login information.

Note: Your 3DEXPERIENCE Platform requires Internet access if the URL you provided directs to an online resource.

Paste Data:

Select the "Paste data" option and then paste the data that you have copied from your clipboard.

Dropped file:

Choose the dropped file and effortlessly transfer a file from your 3DDrive (3DDrive is the storage application located on the 3DEXPERIENCE Platform. To draw a parallel, it functions similarly to Dropbox, Google Drive, and OneDrive. Interestingly, these three programs can also be seamlessly integrated into 3DEXPERIENCE).

In addition, there is an advantage to editing the dropped file from 3DDrive, as it will automatically update the Charts.

3. Select Range

You have the option to choose a column and import the time zone, indicating the date column and the desired date format. Additionally, you can display the results as Sum, Average, Maximum, or Minimum.

4. Customize

Within the design tab, you can modify the sequence of your products using Forecast, Smooth curve, Linear regression, total, and time zone. Additionally, you can define the name and Source URL in the Credits tab before choosing the Chart type displayed in the image.

The personalized dashboard is utilized by millions daily to effectively monitor, customize, and share various aspects of their digital lives. Depending on your company's needs, you can choose from a variety of chart types and configure multiple metric readers on the desired tab within the dashboard. This ensures that all the essential data of your company is conveniently accessible on a single page.

Essentially, this tool can assist you in replacing the outdated process of manually analysing Excel files, which often results in errors and is quite time-consuming. Moreover, it can be conveniently accessed from any location, at any time, and on any device - all you have to do is log in to the platform to access it.

Difference between 3DEXPERIENCE Title and File Name

Introduction

Learn how to manage files on the 3DEXPERIENCE Platform using a 3DEXPERIENCE Title identifier in this blog.

As a SOLIDWORKS model, the 3DEXPERIENCE platform offers an excellent file management solution that makes sure all references are kept up-to-date, even if models are renamed or moved across multiple projects. SOLIDWORKS uses references to verify that all drawings, assemblies, and parts link together during parametric changes.

Windows File Management

The File and folder Name's that we've become use to is a unique Windows identification. It is the filename that is saved in various folders on the hard disk. The same name may appear in more than one file stored in different folders. If SOLIDWORKS PDM isn't used, then changing a file name or folder structure will unavoidably lead to file reference issues.

3DEXPERIENCE File Management

The 3DEXPERIENCE platform offers a different approach. All files are saved to a single local cache folder with unique file names, even though Windows still needs a file name to save a local copy to disk. The file name is no longer useful once it is saved to the platform.  It is actually unchangeable at this point. 

Now that we have a 3DEXPERIENCE attribute called Title, we can manage the naming. It is simple to rename this at any time. Organizing is done with the Bookmark Editor instead of storing things in different folders. References are not broken because the files are not renamed or moved to a different folder.

Differences in Terminologies

In the 3DEXPERIENCE platform, file management is referred to by a few terms. Here is a brief explanation, however the title is the primary and most important part.

1. File Name

This file's name is stored in Windows' local cache folder. The file is locked and cannot be modified once it has been saved to the platform. That prevents any references from being missed. Since Windows prohibits multiple files with the same name in the same folder, if two files with the same name were saved to the platform, the local cache may apply a unique file name (e.g., xcadmodel###.sldprt).

2. Name

A unique 3DEXPERIENCE identification, such as (prd-R###) is used to differentiate a product within a Collaborative Space.

3. File Title

This is a 3DEXPERIENCE feature that may be utilized for organizing your models. The CAD Family, physical products and drawing title are all included with this.

4. Title

This characteristic is also known as the Physical Product Title; it is basically the same as the File Title.

  • When a part or assembly has many configurations, the configuration name is added in the title to keep them unique, as in "Part123(Config123)".
  • In the case of a drawing, this might be the specific file title or the file title of the part or assembly that is being referenced.

5. Component Name

This is a unique SOLIDWORKS identifier that appears in the My Session app and provides the component's assembly instance number. This is related to the File Title.  Any modifications made to the File Title will have an impact on the Component Name.

Renaming the 3DEXPERIENCE Title

We can now rename the Title without affecting the SOLIDWORKS references because we know the file name will never change. By right-clicking on the top of the Feature Manager Design Tree and selecting Rename Title, you can change it.

Conclusion:

The ability to connect to dashboards, messaging, activity streams, communities, and drag-and-drop task management means everyone is on the same page directly from SOLIDWORKS.

Windows explorer has current limitation on cache file, which will be removed in 3DEXPERIENCE SOLIDWORKS. 

3DEXPERIENCE SOLIDWORKS has an in-built data management solution to manage and organize your CAD and Non-CAD Data with the help of Bookmark editor.

SOLIDWORKS TASK SCHEDULER

In our day-to-day design lives, the designer spends lots of time taking a
number of pins, creating a drawing, and exporting and importing files. SOLIDWORKS
professional and premium offer to access the SOLIDWORKS task scheduler for helps
your productivity and work efficiently.
The SolidWorks Task Scheduler sets up tasks to perform at a future time. You
can use SOLIDWORKS Task Scheduler for scheduling the job during off-peak hours.

PURPOSE OF TASK SCHEDULER

The Task Scheduler allows you to perform automated tasks on a computer.
you can schedule any program to run at any time for you.
You can access SOLIDWORKS TASK SCHEDULER in two different locations:

  1. Windows search > TYPE task > CLICK SOLIDWORKS task scheduler...
  2. In SOLIDWORKS menu bar, click Tools > SOLIDWORKS applications > CLICK
    SOLIDWORKS task scheduler...

SOLIDWORKS TASK SCHEDULER INTERFACE

The user interface helps to assign the task and verify the status, along with a
date and time. The highlighted area is the task lists.

The task details are given in the next picture, for more clarity.
NOTE: In scheduling time, your system must be in switch ON condition.

TASK LIST

In the task scheduler, the most commonly used tasks are given below:

a) Print files
b) Import files
c) Export files
d) Creating drawings

PRINT FILES

The print file task helps you save time and productivity. You can schedule
tasks to print drawing files in are specified type within a folder. You can specify
one or more files or folders, but you cannot specify both files and folders in the
same task. For example, A0, A1, A2, A3, and A4

Steps:

1) Click the print file in the task list.
2) Add a specific file or folder to print.
3) Click an option for printer setting.
4) Set the printer name, sheet size, and number of copies.
5) Set the scheduling date and time.
6) Click Finish for scheduling.
Note: your drawing sheet size and printer set size must be the same.

IMPORT FILES

You can schedule tasks to import Parasol ID, IGES, STEP, ACIS, VDAFS,
SLDXML and Rhino files into SOLIDWORKS part (*.sldprt) files. You can import
individual files or all files of a specified type within a folder.

Steps:
1) Click the import file in the task list.
2) Add a specific file or folder to import.
3) Click an option for import type.
4) Set the import option for your need.
5) Choose your file output location.
6) Set the scheduling date and time.
7) Click finish for scheduling.

EXPORTING FILES

You can schedule tasks to export SOLIDWORKS documents into other
formats. You can export individual files or all files of a specified type within a
folder.

Steps:

1) Click the export file in the task list.
2) Choose your export file type in the drop-down.
3) Add a specific file or folder to export.
4) Click an option for export type.
5) Set the export option for your requirement.
6) Choose your file output location.
7) Set the scheduling date and time.
8) Click finish for scheduling.

CREATE DRAWINGS

You can schedule tasks to create drawing files for the SOLIDWORKS part
and assembly files. You can create drawings for individual files or all files of a
specified type within a folder.

Steps:

1) Click creates drawings in the task list.
2) Choose your drawing template with a predefined view.
3) Add a specific file or folder to export.
4) Choose your file output location.
5) Set the scheduling date and time.
6) Click Finish for scheduling.
Note: create a drawing template with a predefined view for proper drawing
creation.

Create Drawing Templates in Minutes: Leverage Predefined Views in Your SOLIDWORKS CAD Workflow

The world of product development is constantly evolving, and innovative tools like 3D Product Architect (PAU) are pushing the boundaries of Solidworks. This powerful software empowers users to create and modify complex product structures without the need for dedicated design software. This translates to a more inclusive development process, allowing even non-designers to contribute to product visualization and refinement. With 3D PAU, digital mockups become a breeze, fostering earlier collaboration and reducing the number of design iterations required. Let's delve deeper and explore the exciting functionalities of 3D PAU and how it can streamline your product development journey.

PREDEFINED VIEW

The predefined view in SOLIDWORKS is the easier way to set up the
orientation of our models like the front view, top view, right view, and an
isometric view. Additionally, configure the model dimensions, display style,
and scale.

Streamline Drawing Creation with Predefined Views

Predefined views are a built-in feature in popular Computer-Aided Design (CAD) software like SolidWorks. They offer a faster and more efficient way to generate standard views of your 3D models, such as front, top, and right side views.

This blog dives into how you can leverage predefined views to create drawing templates, saving you significant time and effort in the long run.

Building Your Predefined View Template

The core of this technique lies in creating a template that incorporates your preferred view orientations, dimensions, and annotations. Here, we'll walk you through the steps involved in building your own predefined view template:

  • Choosing the Right Template and Sheet Size: We'll discuss selecting the appropriate base template and sheet size for your drawings.
  • Inserting Predefined Views: Learn how to easily insert standard views like front, top, and right side views using the predefined view options.
  • Customizing Annotations and Dimensions: Explore the options for setting annotations and dimensions within your predefined views.
  • Saving Your Template: Discover how to save your customized template for future use.

Benefits of Predefined View Templates

By investing time in creating predefined view templates, you'll reap numerous benefits:

  • Increased Efficiency: Significantly reduce the time spent on setting up basic views in your drawings.
  • Standardized Drawings: Ensure consistent layout and presentation across all your drawings.
  • Reduced Errors: Minimize the risk of errors by pre-defining critical annotations and dimensions.

Leverage Predefined Views for a Smoother Workflow

Predefined views offer a powerful approach to creating drawing templates in SolidWorks. implementing this technique, you can significantly boost your productivity and ensure consistent, high-quality drawings for your projects.

CREATING A PREDEFINED VIEW

STEP-1: Choosing drawing template and sheet size.

Choosing drawing template and sheet size - Solidworks

➢ Click New > Template > Drawing > Click OK.
➢ Select the sheet size > Click OK.

STEP-2: Placing the predefined views on the drawing sheet.

➢ In the command manager, click Drawing > Choose a predetermined
view.
➢Begin by placing the first predefined view onto the drawing sheet.
➢ Select the front view as the orientation on the property manager tab.
➢ Set the annotation on the property management tab and choose import
and design annotations from the drop-down menus.
➢ Set the first view by clicking OK.
Note: The same procedures apply for the top view and right-side views as
well.

 Placing the predefined views on the drawing sheet - Soidworks

STEP-3: Placing the flat pattern views on the drawing sheet.

➢ In the command manager, click Drawing > Choose a predetermined
view.
➢ Place the predefined view in the necessary location on the drawing
sheet.
➢ Select the flat pattern view as the orientation on the property manager
tab.
➢ Set the annotation on the property management tab and choose import
and design annotations from the drop-down menus.
➢ Set the view by clicking OK.

Note: In SOLIDWORKS 2022 version new features include the flat pattern
view, dimetric views, and trimetric views.

Placing the flat pattern views on the drawing sheet - solidworks

STEP-4: Set the marked dimension for drawing.

Set the marked dimension for drawing - Solidworks

➢Select the document properties option on the settings menu.
➢In the document properties drop-down select detailing.
➢ The dimensions marked for drawing should be turned on.
➢ To make the selection, click OK.

STEP-5: Review the final position of the predefined view

Review the final position of the predefined view - Solidworks

STEP-6: Save the predefined view as a template.

Save the predefined view as a template  - Solidworks

➢Click File > Save As.
➢ Save as type pick a drawing template from the drop-down menu.
➢ If the drawing template is selected as the save as type, it transports to
the location of the pre-set template.
➢ Click OK to save the template

Save the predefined view as a template  - Solidworks

STEP-7: Create a drawing of the model.

➢Open the part > select the drop-down on a new tab.
➢ Choose mark drawing from part.
➢ Pick the created predefined view.
➢Click OK to see the model detailing.

Create a drawing of the model  - Soliworks
Create a drawing of the model  - Soliworks

Final Result:

Result - Solidworks.

Note: The predefined view template was also used in the task scheduler to
increase productivity. Click Here for More Information.

Conclusion:

Using Predefined Views to build templates is an excellent method to
automate projected or regular views and make the most of your Solidworks
tools. To work smarter rather than harder, try incorporating Predefined views
into your workflow.

POTION LABKEY TO AUTOMATION 3DEXPERIENCE

Introduction

Potion Lab is an innovative application in the 3DEXPERIENCE platform
that simplifies workflow automation. By setting triggers like file
uploads or project creations, users can activate automated actions
effortlessly. What makes PL unique is its customizable
ingredient selection, enabling users to choose outputs like notifications
or bookmarks.

PL = Potion Lab.

What is Potion Lab?

Potion Lab is a groundbreaking application within the 3DEXPERIENCE
platform
that allows users to automate tasks and processes seamlessly.
Whether you're managing projects, collaborating with teams, or
optimizing workflows, PL empowers you to streamline your
operations with ease.

How Does Potion Lab Work?

Creating your own "Potion" with Potion Lab is a breeze. You start by
setting a trigger, which can range from a file being uploaded to the cloud
to the creation or termination of a project. This trigger serves as the
catalyst for your automated process, kicking off the magic of PL.

Next, you select the output, known as an ingredient, which determines
what action should occur when the trigger is activated. The possibilities
are endless – from sending notifications and emails to creating a new
bookmark or updating the lifecycle of a component. With up to five
ingredients per Potion, you have the flexibility to tailor your automation
to suit your specific needs.

Empowering Users with Potions:

Potion Lab offers users the remarkable ability to harness the full
potential of automation, placing control firmly in their hands. With each
3DSwym (IFW) role, users are granted the opportunity to craft three
Potions, presenting ample scope to refine their workflows and amplify
productivity levels. This allocation empowers users to tailor automation
to their specific needs, whether it involves simplifying file management,
expediting project processes, or automating communication tasks.

Furthermore, for individuals with the Social Analytics (NBA) role, the
horizon expands exponentially, as they gain access to a generous quota
of 20 Potions. This heightened accessibility not only broadens the scope
of automation but also enables users to delve into more intricate and
expansive automation scenarios. Whether users aim to streamline team
collaboration, optimize data analysis processes, or enhance project
management efficiency, PL equips them with the tools to
transform their workflow landscape and achieve unprecedented levels
of automation prowess.

Benefits of Potion Lab

Increased Efficiency:

Say goodbye to manual tasks and repetitive processes. Potion Lab
automates routine actions, allowing you to focus your time and energy
on more meaningful tasks

Enhanced Collaboration:

With Potion Lab, teams can collaborate more effectively by
automating notifications, updates, and other communications, ensuring
everyone stays in the loop.

Greater Control:

Potion Lab gives you full control over your automation processes.
Easily customize triggers and ingredients to meet your unique
requirements and preferences.

Ready to experience the transformative power of automation? With
PL, you can unlock new levels of efficiency, collaboration, and
control on the 3DEXPERIENCE platform. Start creating your Potions and
unleash the magic of automation in your workflow.
Revolutionize your workflow on the 3DEXPERIENCE platform? Look no
further than PL, one of the most innovative applications that
can automate large parts of your platform experience. Let's dive into
how PL can transform the way you work and unleash a world
of possibilities.

How to Create a 3DEXPERIENCE Dashboard: A Comprehensive Guide

3DEXPERIENCE Dashboard

The 3DEXPERIENCE platform empowers users with a powerful tool: dashboards. These customizable interfaces provide a centralized location to access resources and content relevant to your organization's activities. Imagine having all the information you need at your fingertips, organized to streamline your workflow. That's the magic of 3DEXPERIENCE dashboards.

This guide walks you through the process of creating and customizing dashboards, putting you in control of your 3DEXPERIENCE experience.

Getting Started with "My First Dashboard"

Upon logging into 3DEXPERIENCE for the first time, you'll encounter "My First Dashboard." This serves as your launchpad, featuring pre-populated tabs like "Getting Started" and "Learn the Experience." These tabs showcase available widgets and applications in action, giving you a taste of the platform's capabilities.

Creating a New Dashboard

Ready to personalize your experience? Let's dive into creating a new dashboard.

1. Locate the Dashboard Menu:

Navigate to the top left corner of the page, next to the Compass icon. Expand the "Dashboard and Cockpit Search" menu by clicking it.

2. Initiate Dashboard Creation:

Click the plus sign (+) symbol displayed beside the search bar.

3. Choose Your Template (Optional)

The "Create Dashboard" menu appears. Here, you can choose between a blank dashboard or leverage a template to jumpstart the process. Template availability depends on your assigned roles. Provide a name for your dashboard and an optional description to personalize it further. Once satisfied, click "Create" to bring your new dashboard to life. For this example, let's create a blank dashboard named "Examples."

4. Your New Dashboard Appears:

The newly created dashboard will populate the main view and be added to your dashboard list.

Customizing Your Dashboard with Tabs

1. Welcome to the New Tab:

Upon creating a new dashboard, you'll land on a blank "New Tab." Rename this tab to reflect the tasks you intend to accomplish within this section.

2. Explore Roles and Apps:

Click the 3DEXPERIENCE Compass icon to explore the available Roles and Apps within the platform.

3. Identify Task-Specific Apps:

Locate the applications most relevant to your tasks. Widgets, identifiable by the arrow icon in their upper right corner, represent these applications.

4. Drag and Drop for Seamless Integration:

Don't hesitate to add widgets to your tabs! Simply drag and drop any widget you require onto the designated page.

5. Snapping to the Grid:

As you drag and drop widgets, observe how they attempt to snap to specific locations within the viewport, ensuring a clean and organized layout.

6. Widget Resizing and Rearrangement:

Widgets are not limited to their default square size. Feel free to rearrange and resize them to fit your preferences.

This guide equips you with the knowledge to create and personalize dashboards and tabs within 3DEXPERIENCE. With these custom dashboards, you can streamline your workflow, gain instant access to crucial information, and ultimately boost your productivity.

How to utilize the 3DEXPERIENCE SOLIDWORKS 3DSwym

The 3DEXPERIENCE platform offers a powerful tool for collaboration and communication: 3DSwym. It empowers users to share ideas, spark discussions, and drive innovation within communities. This guide explores the various post types available in 3DSwym, equipping you to leverage its full potential.pen_spark

3DSWYM POSTS:

Share text-based content using 3DSwym's posts. Utilize the Rich Text Editor to format your message for clarity and impact. Additionally, categorize your posts with 6WTags for better organization. Furthermore, embed multimedia content to enhance understanding.

Engage Through Posts:

Take center stage with multimedia content using the 3D/Photo/Video post type. Upload directly to your SWYM community and don't worry if you lack pre-made media. Create presentations, tables, and drawings directly within this content type to support your message.

Showcase Visuals with 3D/Photo/Video:

Community ideas form the foundation for groundbreaking designs and advancements. These function similarly to articles, with an added advantage: users can evaluate and refine the concept. You can even customize the idea pipeline to match your existing workflows.

Ask and Answer with Questions:

Conduct surveys within your SWYM community to gather valuable insights. 3DSwym offers multiple answer formats, including rating scales, open-ended questions, and multiple choice. Results can be visualized in pie charts or downloaded as CSV files for further analysis.

Fuel Innovation with Ideas:

Wiki Pages serve as editable online resources for storing and sharing information within a community. Maintain a glossary of industry terms, provide quick access to crucial company documents, or leverage rich text formatting and embedded media for effective information presentation. Wikis can be nested for a structured hierarchy, and locked once finalized to prevent unauthorized changes.

Make Decisions with Surveys:

WeDos provide a space to assign simple tasks to community members or colleagues during discussions. They function alongside the Project Planning widget for enhanced capabilities. Add an optional title and description for further context. Leveraging your SWYM Community, you can assign WeDos to up to ten participants, each receiving relevant materials and deadlines based on their user credentials.

Organize Knowledge with Wiki Pages:

3DSwym unlocks a world of possibilities for collaborative communication within the 3DEXPERIENCE platform. By mastering the various post types, you can share knowledge, spark discussions, and drive innovation within your teams. Start exploring 3DSwym today and unlock the full potential of collaborative creation!

Assign Tasks with WeDos:

WeDos provide a space to assign simple tasks to community members or colleagues during discussions. They function alongside the Project Planning widget for enhanced capabilities. Add an optional title and description for further context. Leveraging your SWYM Community, you can assign WeDos to up to ten participants. Each participant will then receive relevant materials and deadlines based on their user credentials.

Empower Your Collaboration

Unleash the power of collaborative communication within the 3DEXPERIENCE platform with 3DSwym. By mastering its various post types, you can effortlessly share knowledge, spark engaging discussions, and ultimately drive innovation within your teams. Therefore, start exploring 3DSwym today and unlock the full potential of collaborative creation!

SolidWorks Simulation: Design Stronger, Safer Industrial Equipment

We have just wrapped up another successful webinar and are thrilled about the positive feedback that
we’ve received. The focus of this live webinar addressed the unique issues of industrial equipment
design. It showed how to use both SOLIDWORKS 3D modeling and cloud-based 3DEXPERIENCE Works®
Industrial equipment manufacturers face a unique set of design challenges. Today's machines are becoming increasingly complex, with intricate electromechanical systems and large assemblies that can slow down the 3D CAD development process.

Traditional physical prototypes are often expensive and time-consuming to create, further hindering efficient design iterations.

solidworks - Traditional physical prototypes

Overcoming Industrial Equipment Design Issues

To stay competitive in a rapidly evolving market, manufacturers are embracing automation and specialized tools to achieve greater productivity and flexibility.

This is where SOLIDWORKS® 3DEXPERIENCE Works Simulation (3DEXPERIENCE Works Simulation, not SOLIDWORKS itself, should be the keyphrase in the title for SEO) comes in.

This cloud-based platform offers a powerful combination of 3D modeling and simulation (often referred to as MODSIM) that can help you address critical industrial equipment design issues, including:

Customization and Adaptability:

Industrial equipment needs often vary depending on specific customer requirements or unique processes. 3DEXPERIENCE Works Simulation empowers you to design equipment that is adaptable and customizable, meeting these diverse needs while maintaining efficiency and cost-effectiveness.

Durability and Reliability:

Industrial environments are often harsh, with extreme temperatures, vibration, dust, and corrosion being common factors. 3DEXPERIENCE Works Simulation allows you to virtually test your designs under these conditions, ensuring they are durable and reliable, minimizing downtime for maintenance or repairs.

Technological Advancements in Soliworks:

The industrial landscape is constantly evolving with advancements in automation, robotics, AI, and IoT. 3DEXPERIENCE Works Simulation helps you stay ahead of the curve by incorporating these innovations into your designs, meeting ever-changing customer expectations.pen_spark

Cost-Effectiveness:

Balancing advanced features and high-quality materials with cost control is a constant challenge for manufacturers. 3DEXPERIENCE Works Simulation allows you to optimize designs for cost-effectiveness without compromising on performance, durability, or efficiency.pen_spark

Safety and Compliance:

Stringent safety standards and regulations govern industrial equipment. 3DEXPERIENCE Works Simulation helps ensure your designs meet these safety requirements and comply with various regulations, streamlining the compliance process.

Unlocking the Power of MODSIM

By leveraging the collaborative cloud environment of 3DEXPERIENCE Works Simulation, you gain valuable insights from embedded simulation solutions. This allows you to analyze factors like strength, durability, thermal comfort, flow, manufacturability, and electromagnetic performance throughout the design process. This digital prediction of real-world behavior empowers you to make informed decisions at every stage, potentially reducing (or even eliminating) the need for physical prototypes and ultimately leading to higher quality industrial equipment.

Gain insights on SOLIDWORKS-embedded simulation solutions while enhancing strength

Watch the Recorded Webinar

Gain insights on SOLIDWORKS-embedded simulation solutions while enhancing strength, durability,
thermal comfort, flow, manufacturability, and electromagnetic performance within a collaborative cloud
environment. The MODSIM approach to product development empowers you to make improvements at
each phase of the design by predicting real-world behavior digitally, where you can help decrease (and
sometimes eliminate) the need for prototypes and increase all aspects of product quality.

Conclusion

3DEXPERIENCE Works Simulation offers a powerful and cost-effective solution for industrial equipment manufacturers. This innovative platform allows you to overcome design challenges, optimize equipment performance, and ultimately deliver stronger, safer, smarter, and more comfortable industrial equipment to your customers.

EMBEDDING SOLIDWORKS COMPOSER PLAYER IN MICROSOFT POWER POINT PRESENTATION

Imagine captivating your audience with a presentation that transcends static images. SOLIDWORKS Composer empowers you to create dynamic, 2D and 3D visuals that bring your product or process to life. But how do you integrate these rich visuals into your existing presentations? Look no further than Microsoft PowerPoint!

This guide unlocks the secrets of embedding SOLIDWORKS Composer directly into PowerPoint. By following these steps, you'll transform your presentations from informative to interactive, fostering deeper audience engagement.

Enabling the Developer Ribbon:

  1. Open a new PowerPoint presentation.
  2. Navigate to the File menu and select Options.
  3. Within the Options window, click on Customize Ribbon.
  4. Locate the Developer checkbox and ensure it's selected. Click OK to confirm.

Inserting the Composer Player ActiveX Control:

  1. With the Developer tab now visible, locate the Controls section.
  2. Click on More Controls.
  3. Scroll down the list and select Composer Player ActiveX. Click OK.
  4. A rectangular box will appear on your slide. Resize and position it as desired.

Linking the Composer File:

  1. Right-click on the Composer Player ActiveX control and choose Composer Player ActiveX Object followed by Properties.
  2. Under the General tab, click Browse. Locate and select your SOLIDWORKS Composer file (.smg) and click Open.
  3. In the Layout tab, uncheck all options to remove unnecessary toolbars from the ActiveX player. Click OK.

Creating Interactive Buttons (Optional):

  1. While on the Developer tab, navigate to Controls and select Command Button.
  2. Place the button on your slide where desired. Right-click and choose Command Button Object followed by Edit.
  3. Rename the button text to match a specific view name within your SOLIDWORKS Composer project (e.g., Default, BOM1).
  4. Double-click the button to access the Microsoft Visual Basic for Applications window.
  5. Paste the following code, replacing "Default" with your desired view name:

Code snippet : "DSComposerplayerActiveX1.GoToConfiguration"

6. Click Save and close the VBA window. Repeat steps 3-6 for additional buttons with different view names and corresponding code.

Testing and Saving:

  1. Switch to Slide Show mode to view the embedded model.
  2. Use your mouse to zoom, pan, and rotate the 3D model for a fully interactive experience.

Important Note: When reopening the presentation, you might need to enable macros for the ActiveX player to function correctly. To ensure compatibility, save your presentation as a PowerPoint Macro-Enabled Presentation (.pptm).

By following these steps, you'll successfully embed interactive 3D models from SOLIDWORKS Composer into your PowerPoint presentations. This powerful technique allows you to showcase your designs with unparalleled clarity, fostering a more impactful and engaging audience experience.

Collaborative Lifecycle Management :How to access the Collaborative Lifecycle role in order to build revision management

Imagine a world where managing revisions for your 3D projects is a breeze. No more confusion over version numbers or lost updates. This is the power of Collaborative Lifecycle Management (CLM) within the Open 3D Experience Platform. CLM empowers you to track changes, create branches, and effortlessly merge revisions, all while fostering seamless collaboration throughout your design process.

Harnessing the Power of Collaborative Lifecycle Management:

The Open 3D Experience Platform offers a robust set of tools accessible through Google Chrome. By leveraging your 3D Passport credentials, you can unlock the full potential of CLM. Here's a step-by-step guide to get you started:

1. Access the Collaborative Industry Innovator Role:

Upon logging in, navigate to the Compass icon. This will grant you access to the Collaborative Industry Innovator role, where you'll find the CLM app.

2. Launch the Collaborative Lifecycle App:

Double-clicking the CLM app icon will launch it within the platform.

3. Open Your Model and Initiate Revisions:

Select your desired model within the 3D space and open it within the CLM interface. This will initiate a new conversation for the updated revision.

4. Provide Revision Details:

This is where you can clearly document any changes made to the model. A detailed revision history is key for maintaining transparency and efficient collaboration.

5. Finalize the Revision:

Once you've documented the revision details, simply click "Revise" to commit the changes and update the file revision.

Beyond the Basics: Unlocking the Full Potential of CLM

While the above steps provide a foundational understanding of CLM, its capabilities extend far beyond basic revision control. This powerful tool allows you to:

  • Create and Manage Branches: Facilitate parallel development by creating separate branches for different design iterations. This enables exploration of alternative concepts without jeopardizing the core model.
  • Effortless Merging: Seamlessly integrate changes from various branches back into the main model, ensuring all team members are working with the most up-to-date version.
  • Enhanced Collaboration: CLM fosters a collaborative environment by providing a clear historical record of changes, revisions, and contributors. This promotes transparency and streamlines communication within your design team.

Conclusion

By incorporating Collaborative Lifecycle Management into your workflow, you can revolutionize the way you manage revisions and propel your 3D design projects to new heights. With its intuitive interface and comprehensive features, CLM empowers you to maintain control, streamline collaboration, and unlock the full potential of your design vision.

Creation of PLC in library of SOLIDWORKS ELECTRICAL

Creating a PLC in SOLIDWORKS ELECTRICAL SCHEMATICS and customizing the PLC according to our requirement.

Include this connector in your schematic diagrams to connect symbols like relays, contactors, sensors, and signals.

                     The creation of a PLC involves following a few steps. Once created, the same PLC specifications can be used for connections within SOLIDWORKS Electrical schematics.

STEP 1

  • To create a PLC first it must store in the library. The library permanently stores created connectors until you remove them manually
  • To create a PLC as shown in the below image first have to goto Library -> Manufacturer part management.
Windows Screen of Creating PLC in library of SOLIDWORKS ELECTRICAL

STEP 2

Manufacturer part management

  • Once the above points done.
  • Manufacturer part management will consist of more number classifications(folders). This section actively separates and organizes all components into different folders.
  • Selecting the PLC folder filters the manufacturer part management tab on the right side, displaying only PLC-related manufacturers already present in the library.
  • Selecting the "ADD MANUFACTURER PART" option allows you to create a new PLC. The system will provide a separate tab to enter details specific to the PLC.
Windows screnn of Manufacturing part management

STEP 3

New PLC details adding In Solidworks Electrical

  • Once the above points done.
  •  The system will open a Manufacturer Part Properties tab.
  • In this section three options will be present PROPERTIES, USER DATA, CIRCUIT, TERMINALS
  • The Properties tab requires you to fill in essential details like reference and manufacturer. Scrolling down reveals additional optional specifications such as height, weight, frequencies, and supplier name.
Windows Screen of New PLC details adding In Solidworks Electrical

STEP 4

Specifications of Circuit, Terminal

  • With continuation of above points
  • The third option, Circuit Terminals, lets you add circuit types.
  •  At the top circuit, terminal option will be present near to the properties tab.
  • This tab allows you to add circuits using the ADD option
  • The ADD MULTIPLE option, illustrated in the image below, allows you to efficiently add multiple circuits at once

STEP 5

Add Multiple Circuits In Solidworks Electrical

  • The image below demonstrates how to quickly and easily add multiple circuits.
  • All circuits type are present in the scroll down. Select circuits based on your specific requirements.
Windows screen of 
Add Multiple Circuits In Solidworks Electrical

Summary

  • With these above-mentioned points we can able to create a PLC in a solidworks electrical.
  • By following these steps, you will create a new connector that gets added to the SOLIDWORKS Electrical library for future use.

3DEXPERIENCE Exchange – Import and Export Package

3DEXPERIENCE Exchange

Let us see how we can Import and Export Package with 3DEXPERIENCE Exchange.

Collaborating together with users outside of your company has always been better! Assembly files can be easily bundled into a single package file by using the Export as a Package capability. You can share this file with third-party suppliers so you can track and get back their modifications. Even the files that are editable within the package can be restricted.

Similar to SOLIDWORKS Pack and Go, but with more ease of use as well as integration with 3DEXPERIENCE Platform products, is this capability.

How to Export as Package:

1. In 3DEXPERINCE SOLIDWORKS, open the assembly file you would like to share with External Stack Holder.

2. To save, pick Tools from the 3DEXPERIENCE tab on the right, choose Export, and then select Export as Package.

pick Tools from the 3DEXPERIENCE tab on the right

3. On the launch of the export window, you have the option to mark assemblies and components as read-only or editable for whoever you are sharing data with

4. Following that, providing the package a name and choose Export. The 3DEXPERIENCE Platform permits you to save the package file (.sldpkg) locally or to 3DDrive.

the package a name and choose Export

How to Import as Package with 3DEXPERIENCE Exchange for SOLIDWORKS:

1. Initially ensure certain SOLIDWORKS' "3DEXPERIENCE Exchange" Add-in is activated.

Initially ensure certain SOLIDWORKS' "3DEXPERIENCE Exchange" Add-in is activated.

2. Select the 3DEXPERIENCE Exchange tab on task plane, then pick Import Package.

3. To open the ".sldpkg" file that you received, click the "Open" icon in the "Import Package" Window. A working folder will be created when importing this package, and its default path will be taken automatically.

 To open the ".sldpkg" file that you received, click the "Open" icon in the "Import Package" Window. A working folder will be created when importing this package, and its default path will be taken automatically

4. The window on the right will display the files that are read-only or unchanged when the package has been imported.

The window on the right will display the files that are read-only or unchanged when the package has been imported

5. The window on the right will display the files that are read-only or unchanged when the package has been imported.

Export Package:

Once you've decided to send the updated package back to the the sender, select Package, Export. The revised ".sldpkg" file can be saved from here on and forwarded to the 3DEXPERIENCE user you are collaborating with.

Product Communicator (XPR)3DEXPERIENCE

Product Communicator 3DEXPERIENCE

Product Communicator role within the 3DEXPERIENCE platform serves as a pivotal facilitator for makers, designers, technical-sales personnel, and marketers, empowering them to effortlessly craft compelling digital content for product communication.

Leveraging applications such as xHighlight for interactive storytelling and xStudio for photorealistic product shots, this role minimizes time-to-market by creating content directly from the latest 3DEXPERIENCE Twin. Offering an intuitive user experience accessible on all devices and within web browsers, it enables the interactive staging of products in global illumination for cloud-based rendering.

KEY FEATURES OF Product Communicator

  • Minimize Time-to-Market:

This capability emphasizes the role's efficiency in swiftly creating content for product launches directly from the latest 3DEXPERIENCE Twin. By reducing the time, it takes to bring a product to market, organizations can stay competitive and responsive to market demands.

  • Intuitive User Experience:

The intuitive user interface ensures that individuals with varying roles, including makers, designers, technical-sales personnel, and marketers, can easily navigate and utilize the tools. The accessibility across devices and web browsers promotes widespread adoption, fostering collaboration among diverse teams.

Interactive staging capabilities 3DEXPERIENCE
  • Interactive Staging in Global Illumination:

Interactive staging capabilities directly in the web browser, coupled with global illumination, highlight the platform's commitment to providing visually stunning renderings. The on-cloud rendering service, combined with a pay-as-you-go model, optimizes resources and allows for cost-effective production of high-quality visuals.

  • Render-as-a-Service:

The Render-as-a-Service is an infrastructure solution that adapts

to project needs, offering scalability for large-scale productions and teams. It dynamically adjusts rendering resources based on requirements, providing flexibility and efficiency. This ensures optimal resource use, with the system scaling up during high-demand periods and down during lower demand, optimizing costs. Overall, it's a responsive rendering solution that enhances workflow efficiency in design and content creation.

Render 3DEXPERIENCE
technical illustrations 3DEXPERIENCE
  • Illustration and Presentation:

Enabling the creation of impactful videos and technical illustrations, this capability allows for effective storytelling. Whether showcasing Unique Selling Points (USPs), usage scenarios, or providing detailed information in user guides, the platform supports the development of visually compelling content with a focus on accuracy through vector graphic technology.

  • Create Technical Illustrations with Vector Graphic Technology:

The platform allows for the creation of technical illustrations for user guides or functional product descriptions. This capability ensures maximum accuracy through the use of vector graphic technology, enabling precise and clear communication of technical information.

Utilizing 3DEXPERIENCE SOLIDWORKS – Revisions Update

Managing Reference Component Revisions in 3DEXPERIENCE SOLIDWORKS

This blog post explains how to revise components within the SOLIDWORKS My Session Task Pane of the 3DEXPERIENCE platform. It covers the different approaches available and clarifies how to handle situations where reference components appear outdated.

This lesson demonstrates the many approaches to revising these components.

Challenges with Updating Downloaded Assemblies

When you download an assembly from the 3DEXPERIENCE platform and then update its reference components, those components might still show up in the Task Pane with the previous revision. This lesson will guide you through various methods to revise these components effectively.

Updating Individual Components

There are two main ways to update individual components:

  1. Replace by Revision: Right-click a component in the Task Pane that has a newer revision available. Select "Replace by Revision" from the menu. This brings up a dialog box showcasing all compatible revisions for that component.
    • Latest Revision: This option replaces the component with its most recent revision.
    • Important Note: This functionality only works for components that have child references (components with derived parts or contextual connections).
My Session Task Pane 3DEXPERIENCE SOLIDWORKS

2. Update Revisions in Top-Level Assembly: Selecting "Update Revision" on a top-level assembly offers a more streamlined approach. This action triggers a dialog box displaying the entire assembly structure. Next to each component, a drop-down list appears, allowing you to efficiently select the latest revision for multiple components simultaneously. This eliminates the need to update revisions one by one.

Important Considerations During Updates:

Warning Message: When replacing a file with a different revision while it still shows as updated in the Task Pane, a warning message will pop up. This message informs you that any local changes made to the file will be overwritten. It's recommended to back up your data beforehand if necessary.

Latest Revisions Update:

Selecting the "Update Revision" option on a top-level assembly streamlines the process. Consequently, a dialog box will appear, conveniently displaying the entire assembly structure. Furthermore, a drop-down list will be available next to each component, allowing you to efficiently link the most recent revisions of multiple components simultaneously. This eliminates the need to update each revision individually, as previously mentioned.

  1. Replacing a component with the most recent revision available.
  2. Replacing a component with the most recent stable revision takes it back to its most recent frozen or released lifecycle stage.
  3. Replace with Most Recent Released Revision: Replace a component exclusively with the most recent revision to be made public.

Note: The option Replace by Latest Revision will be the only one available if there are only unreleased versions.


 3DEXPERIENCE SOLIDWORKS

Updating All Components to Latest Revision

If you want to update all components within an assembly to their latest revisions at once, you don't need to use the drop-down menu for each component individually.

Simply select "Replace All" from the top right corner of the dialog box that appears when you choose "Update Revision" on the top-level assembly. This will instantly update all components to their most recent versions.

My Session Task Pane

Additional Resources

You can find all the settings mentioned above within the Lifecycle tab located at the bottom of the My Session Task Pane.

This concludes the lesson on updating revisions in SOLIDWORKS My Session Task Pane. If you'd like to learn more about the 3DEXPERIENCE platform and SOLIDWORKS, explore the articles provided below.

Von Mises Stress Plot Vs Principal Stress Plot

When analyzing stress on a structure, engineers rely on two key methods: von Mises stress and principal stress. While both visualize stress distribution, they offer distinct insights.

This comparison explores the fundamental differences between Von Mises and principal stress plots, highlighting their strengths and guiding you on which approach best suits your material and analysis goals.

Its bit tricky right ? Especially for New FEA Engineers. Lets dive to understand the difference

Von Mises Stress: A Distortion Energy Measure

While not a true stress, It represents the distortion energy density at a specific point. It helps predict failure in ductile materials (materials that deform before breaking).

Richard von Mises observed that even when individual principal stresses stay below the material's yield point, their combined effect can still cause yielding. He proposed a formula to combine the three principal stresses into an equivalent stress.

This equivalent stress is then compared to the material's yield stress to assess the risk of failure using the von Mises criterion.

Principal Stresses: The "True" Stresses

Principal stresses, on the other hand, are genuine stresses obtained by rotating a stress element to eliminate shear stress. The resulting normal stresses are called principal stresses. They represent the maximum normal (tensile or compressive) stresses an element can experience under specific loads.

A failure theory based on principal stresses is the maximum principal stress theory. This theory suggests that brittle materials fail when the largest principal stress reaches the ultimate tensile strength. While well-supported by experiments, it assumes equal tensile and compressive ultimate strengths, which isn't always the case.

Formula for Principal Stresses:

Choosing the Right Tool: Von Mises vs. Principal Stress:

For ductile materials, the von Mises theory is generally preferred due to its accuracy in predicting deformation. However, principal stress plots remain valuable for analyzing brittle materials and understanding potential fracture points.

Conclusion :

In general, It is considered to be a more accurate measure of a material's resistance to deformation, while Principle stress is more useful in predicting failure in brittle materials.

Build Custom Connectors for SOLIDWORKS Electrical

This blog will guide you through creating custom connectors in SOLIDWORKS Electrical Schematics libraries and using them in your schematics.

Storing Connectors in the Library

Storing connectors in the library allows for easy access and reuse. Once created, they'll remain in the library until you manually delete them.

Step 1: Accessing the Library

Go to Library > Manufacturer Part Management.

 Manufacturer Part Management. custom connectirs

Step 2: Selecting the Connector Folder

The Manufacturer Part Management window displays various component categories. Select the Connector folder.

This will show connector-related manufacturers on the right side.

Selecting the Connector Folder custom connectors

Step 3: Adding a New Connector

Click the Add Manufacturer Part button to create a new connector. You'll then be able to fill in details about the connector in a separate tab

Adding a New Connector custom connectors

Step 4: Defining Connector Properties

The Manufacturer Part Properties tab opens with three sections: Properties, User Data, and Circuit Terminals.

In the Properties section, fill in mandatory details like reference and manufacturer. Fill in optional details like height, weight, and supplier name in the scrolling section below

Defining Connector Properties custom connector.

Step 5: Specifying Circuits and Terminals

Define the circuit types the connector can be used with by using the Circuit Terminals option.

Click the Add button to add a single circuit or the Add Multiple button to add multiple circuits simultaneously.

Specifying Circuits and Terminals custom connnectors

Step 6: Adding Connector Pins

Use the Add Multiple option to quickly add multiple pins to the connector. After adding the pins, manually assign terminal marks to each pin.

Adding Connector Pins custom connectors

Step 7: Inserting the Connector in Schematics

Once you've created the connector for both male and female pins, you can insert them into your schematic page.

Go to Schematics > Insert Connector and select the desired connector from the options.

Inserting the Connector in Schematics custom connectors

Step 8: Selecting the Manufacturer

A Manufacturer Part Selection tab will appear. Choose the manufacturer based on your circuit and terminal requirements.

The library will display your newly added manufacturer for selection. You can also use filter options to easily find the correct manufacturer.

Selecting the Manufacturer custom connectors

Step 9: Inserting Components and Wires

After selecting the manufacturer, insert the component and choose the wires you want to connect.

You can insert single or multiple wires by adjusting the number of lines on the left side of the window. We can also adjusted the wire spacing.

Inserting Components and Wires custom connectos

Conclusion

By following these steps, you can create custom connectors in SOLIDWORKS Electrical and use them to connect components in your schematics. These connectors will be stored in your library for future use.

Structure System In SOLIDWORKS

For designers and engineers working with frames in SOLIDWORKS, the traditional welding workflow can be time-consuming and cumbersome, especially for complex structures. If you're looking to streamline your design process and achieve significant time savings, look no further than the innovative SOLIDWORKS Structure System.

This powerful tool offers a fundamentally different approach to frame creation, empowering you to build frames faster, easier, and with greater efficiency. In this blog post, we'll delve into the SOLIDWORKS Structure System, exploring its key features and the undeniable advantages it offers over traditional welding methods.

Get ready to unlock a new level of design productivity and transform your frame creation workflow!

CREATE STRUCTURE SYSTEM

        The Structure System mode is activated for developing the primary and secondary members.

There are two structural members in the structure system.

  • Primary structural member.
  • Secondary structural member.

PRIMARY STRUCTURAL MEMBER

Including members for the sketch entity, point, reference plane, and surface requirements are possible.

Create required sketch entities, plane and axis for a primary structural member.

Use the following techniques to generate the primary structure members:

        selecting the required edge, point, or sketch entities, then define the primary member structure's profile standard, type, and size.

SECONDARY STRUCTURAL MEMBER

Secondary structural members offer the improved option of adding members between two primary structural members.

Use the following techniques to generate the secondary structure members:

        Select the required two primary structural members, Choose the secondary member type then define the profile standard, type, and size for the secondary member structure.

        Once creating a secondary structural member, Exit the structural system.

        After exiting the structure system corner management will be open for the treatment of the corner of the structure system.

CORNER MANAGEMENT

The Corner Management Property Manager has launched automatically after you exit the structure system. Corners in the Property Manager are classified based on the number of members that meet at a point and the type of joint.

        In corner management, we use the following techniques to modify the corners of the structure system.

SimpleThe point at which the ends of two members come together and the segments become collinear.
ComplexThe point at which more than three members connect.

Editing Simple corners

In the corner grouping, select the corner to treat and set the needed corner treatment type.

Trimming the complex corners

In the corner grouping, select the corner to treat and set the required trim order on the corner treatment type.

Patterning and mirroring the structure members

Using the Linear Pattern, Circular Pattern, and Mirror tools, you may pattern and mirror structure system parts.

        In the Pattern Property Manager, under Bodie’s selection, you can specify structure system features or individual members to the pattern. You can also mirror members by specifying structure system features or individual members under Bodies to Mirror in the Mirror Property Manager.

CONCLUSION

The structural member can be created faster and more easily with the SOLIDWORKS Structure system than it can with welding. In this presentation, the SOLIDWORKS Structure system was discussed. I believe you now have a more advantageous choice.

Bookmark Editor On The 3DEXPERIENCE Platform

In 3DEXPERIENCE platform, the Bookmark Editor empowers you to streamline cloud data organization and management. Imagine creating a personalized filing system based on projects, departments, products, or any other criteria that suits your workflow. This blog post delves into four key tips to unlock the full potential of the Bookmark Editor and transform your data management experience.

  1. Customise the columns on your bookmark editor.
  2. Enable Product Expansion.
  3. Remove File vs Delete File.
  4. Index and Authoring in Active Mode.

1. Customize the columns on your bookmark editor:

The Bookmark Editor displays a wealth of information about each file within its top row columns. These columns are instrumental in organizing and managing your data effectively. Tailor these columns to your specific needs by dragging and dropping them for rearrangement and selecting which ones to display.

Pro Tip: Right-click any column header and choose "Tree List View Options" to manage column visibility. This menu allows you to select the specific columns you want to display (Step 2). For even more granular control, click the settings gear in the upper right corner (Step 3) and navigate to "More Attributes" followed by "Select Attributes" (Step 4 & Step 5) to add even more columns.

2. Leverage Product Expansion for Effortless Navigation

Subassemblies and subcomponents become a breeze to navigate with product expansion enabled. Simply access the drop-down menu in the upper right corner of your Bookmark Editor Widget (Step 1) and select "Preferences" (Step 2)

. Next, activate the checkbox labelled "Enable product expansion" (Step 3). This will add a plus sign (+) to your files, allowing you to expand them and effortlessly view sub-components.

3. Understanding Remove vs. Delete: Keep Your Data Organized

The Bookmark Editor of 3DEXPERIENCE Platform offers two options for file management: Remove and Delete. It's crucial to understand the distinction between these two functions.

  • Remove: This action removes the selected file from the current Bookmark only. The file itself remains within the Collaborative Space where it was originally saved and can still be accessed through other Bookmarks.
  • Delete: This permanent action removes the selected file from your entire Platform. Use this option with caution, as deleted files cannot be recovered.

4. Switch Between Indexing and Authoring Modes for Real-time Updates

The Bookmark Editor offers two viewing modes: Indexing and Authoring. Indexing mode, the default setting, displays the latest items available from the server's database. However, there might be a slight delay in reflecting recent modifications or uploads due to the indexing process.

To view the most up-to-date changes, switch to Authoring mode. This mode allows you to see any files still being indexed. Keep in mind that the window will automatically revert to Indexing mode after a minute in Authoring mode, unless you adjust this behavior in the Preferences.

Unleash the Power of the Bookmark Editor

By incorporating these essential tips, you can transform the Bookmark Editor into a powerful tool for managing your cloud data within the 3DEXPERIENCE platform. From customized column views to seamless navigation and control over file management, the Bookmark Editor empowers you to organize and access your data with greater efficiency.

How To Create 3D Markup With The Help Of 3DEXEPERIENCE Platform

In today's fast-paced design environment, clear and efficient communication is paramount. Imagine a world where highlighting design issues, sharing feedback, and collaborating with colleagues becomes effortless.

This is the power of 3D Markup within the innovative 3DEXPERIENCE platform. It empowers users to streamline the review process, eliminate communication roadblocks, and foster seamless collaboration throughout the design cycle.

This blog post will guide you through the creation and utilization of 3D Markups, allowing you to leverage the full potential of this valuable tool within the 3DEXPERIENCE platform.

Get ready to revolutionize the way you communicate design ideas and dramatically improve project efficiency!

Accessing 3D Markup:

Before diving into creating markups, let's explore how to access the 3D Markup application within the 3DEXPERIENCE platform:

  1. Open the 3DEXPERIENCE Platform: Head to Google Chrome and launch the 3DEXPERIENCE platform webpage.
  2. Login with your Credentials: Use your 3D Passport login credentials to access the platform.
  3. Finding 3D Markup: There are two ways to access 3D Markup. You can either open it directly from the Compass icon or drag it to your dashboard for easy future access.

Creating a New Markup:

Now that you've accessed 3D Markup, let's create a new markup to highlight design elements and communicate your ideas:

  1. Initiate a New Markup: Within the Markup tab, locate and select the "Markup" icon to create a fresh markup.
  2. Select Your File: It allows you to work with various file types. Choose the component, existing markup, drawing, or any other approved file type you want to annotate.

Enriching Your Markup:

With your file selected, it's time to add value through annotations:

  • Include Notes and Annotations: Clearly communicate your ideas by incorporating essential notes, shapes, or annotations directly onto the 3D model.
  • Save as Slides: Organize your markups for clear and efficient information sharing by saving them as slides.

Additional Features of 3D Markup

3D Markup offers even more functionalities to streamline your design review process:

  • Issues and Change Actions: Facilitate efficient problem-solving by creating Issues and Change Actions directly within the markup.
  • Share with the Community: Capture screenshots of your markups with ease and share them with the 3DSwym community, fostering a platform for exchanging ideas.
  • Seamless Transition to 3DPlay: After adding notes and annotations, simply switch to the 3DPlay application for further analysis while keeping the document active.

Creating Markups Directly from 3DPlay:

Here's a bonus tip: Did you know you can also create markups directly from within 3DPlay? Simply access the "Annotations Commands" icon in the Tools menu of the 3DPlay window to generate annotations similar to those made in It.

By incorporating these steps and exploring the functionalities of 3D Markup, you can significantly enhance communication and collaboration within your design projects.

3DEXPERIENCE Project Management (FAQ)

SolidWorks 3DEXPERIENCE Project Planner empowers teams to streamline project execution through a web-based solution. This guide explores its functionalities, equipping you to harness its potential for collaborative project management.

1. what is project planner?

SolidWorks 3DEXPERIENCE Project Planner simplifies project planning by offering a browser-based solution. Teams can define, share, and complete tasks and deliverables through continuous project planning and execution. This collaborative and secure environment, powered by the 3DEXPERIENCE platform, keeps teams on track and within budget, ultimately accelerating time to market.

2. Who needs a project planner?

3DEXPERIENCE Project Planner empowers teams and organizations to manage complex engineering and product development projects. It proves valuable for various professionals, including:

Engineers and Designers:  Plan and manage the development of 3D models, CAD designs, and other engineering-related tasks.

Product Managers: Plan and track new product development, including defining project timelines, assigning tasks, and monitoring progress.

Project Managers: Oversee and coordinate various project aspects, ensuring adherence to schedules and budgets.

Manufacturing and Production Teams:  Align the production process with the product design and development schedule.

Collaborative Teams: Facilitate collaboration among team members, including cross-functional teams, suppliers, and partners.

Large Organizations: Manage complex projects involving multiple teams and departments with a unified platform.

3DEXPERIENCE Project Planner is ideal for anyone working on projects involving 3D modeling, CAD design, and engineering, especially when collaboration and task management are crucial.

3. The usage of a project planner?

SolidWorks 3DEXPERIENCE Project Planner offers a range of functionalities to streamline project management:

Project Planning: You can create and define projects within the software,

Task Management: Create and define projects within the software.

Resource Allocation: Create tasks and sub-tasks, assign them to team members.

Gantt Charts:Allocate resources like team members, equipment, and materials to tasks or projects for efficient utilization.

Collaboration: Utilize Gantt charts to visualize project timelines, dependencies, and critical paths.

Document Management: Store and manage project-related documents, CAD files, designs, and other resources within the system for easy access and version control.

Project Tracking: Monitor the progress of your projects and tasks in real-time. Real-time tracking lets you identify tasks on schedule and those at risk of delay, allowing for swift corrective actions.

Risk Management: Proactively identify potential risks and develop mitigation strategies.

Reporting and Analytics: Generate reports to assess project performance, resource allocation, and other key metrics.

Integration:  Integrate with other SolidWorks software and tools for a holistic product design and engineering process.

4. Who needs a project planner?

SolidWorks 3DEXPERIENCE Project Planner significantly enhances productivity for teams involved in engineering, design, and product development. Here's how:

  • Centralized Information: A central platform stores project information, tasks, documents, and communication, eliminating scattered information and saving time.
  • Streamlined Task Management: Break down projects into tasks, assign responsibilities, and set deadlines for improved efficiency and accountability.
  • Real-Time Collaboration: Real-time communication and data sharing among team members and external partners lead to faster decision-making and problem-solving.
  • Visual Project Planning: Understand project structure and dependencies with Gantt charts and visual timelines, enabling efficient resource allocation and work planning.
  • Resource Optimization: Allocate resources effectively to avoid overloading individuals or underutilizing resources, leading to better resource management and improved productivity.
  • Reduced Errors: Version control and central document management minimize errors and rework. Teams can access the latest design documents and CAD files, improving quality and reducing correction time.
  • Proactive Project Monitoring: Real-time project tracking allows for early identification of potential delays or issues. This proactive approach enables teams to take corrective actions swiftly, preventing small problems from becoming major setbacks.
  • Data-Driven Improvement: By analyzing project performance, resource utilization, and other key metrics data, you can identify bottlenecks and areas for improvement in future projects.
  • Integration Benefits: Integration with other SolidWorks tools and third-party software streamlines workflows and reduces manual data transfer, enhancing productivity by eliminating redundant tasks.
  • Risk Mitigation: Identify and manage project risks to avoid costly delays and disruptions.

In summary, SolidWorks 3DEXPERIENCE Project Planner improves productivity by streamlining project management processes, enhancing communication and collaboration, reducing errors, and providing insights into project performance. It helps teams work more efficiently and effectively, ultimately leading to faster project completion, cost savings, and higher-quality outcomes.

5.Is it possible for me to make manual edits to the project? Or Certainly, here's the rewritten version?

Yes, you can make manual edits within your SolidWorks 3DEXPERIENCE Project Planner. The software typically provides user-friendly interfaces for creating, modifying, and updating project details, tasks, timelines, and resources. You can edit project plans, adjust task assignments, update deadlines, and make other changes as needed to keep your project information accurate and up-to-date. These manual edits are an essential part of actively managing your projects and adapting to changing circumstances.

6. it is only for internal purposes or it has any external community can use it?

SolidWorks 3DEXPERIENCE Project Planner empowers you to manage internal projects and collaborate with external partners or communities. The software facilitates communication and collaboration among all project stakeholders, including internal team members, external collaborators, suppliers, customers, and partners.. This flexibility allows for a broader and more inclusive approach to project planning and management, enhancing transparency and coordination across the entire project ecosystem.

7. Is it only for any specific project or we can do anything?

SolidWorks 3DEXPERIENCE Project Planner targets engineering, design, and product development projects. It specifically tailors its features to support tasks and activities commonly found in these fields. While it is highly versatile within this context, it may not be the most suitable tool for managing projects in unrelated fields, such as construction or event planning.

In summary, SolidWorks 3DEXPERIENCE Project Planner is most effective when used for projects in the engineering, design, and product development domains. It may not be as well-suited for managing projects outside of these areas.

Task Scheduler:

Focus: Task Scheduler is primarily focused on managing and automating individual tasks or processes within a project.

Scope: It deals with the execution and scheduling of specific tasks, often related to routine or repetitive activities
.
Automation: Task Scheduler is commonly used to automate tasks like backups, data imports, script executions, and system maintenance. It's more about automating technical or operational processes.

Granularity: It can manage tasks at a granular level, often focusing on individual actions rather than the overall project.

Project Planner:

Focus: Project Planner is designed for comprehensive project management, from planning and resource allocation to execution and monitoring of the entire project.

Scope: It deals with the entire project lifecycle, including defining project objectives, creating task dependencies, assigning resources, tracking progress, and generating reports.

Project Management: Project Planner is a tool for managing projects of varying complexities, such as product development, construction, event planning, and more. It encompasses all aspects of project management.

Granularity: Project Planner offers a broader perspective and can handle tasks at various levels, from high-level project phases down to detailed task management.

A screenshot of a computer

Description automatically generated

Task Scheduler excels at automating and managing specific, recurring tasks or processes, often technical or operational in nature. In contrast, Project Planner tackles comprehensive project management. It handles the entire project lifecycle and is well-suited for complex projects with diverse tasks and dependencies. The choice between them depends on your specific needs and the scale of the project you are managing.

Streamline Your 3D Printed Product Development with 3D Product Architect (PAU)

Struggling to manage complex 3D printed product designs across multiple design tools? Look no further than 3D Product Architect (PAU), a revolutionary browser-based application that empowers seamless collaboration and streamlines the entire 3D printed product development process.

3D Product Architect enables users to create or modify multi-CAD product structures without the use of design tools. Being able to digitally mockup a proposal reduces design iterations and makes reviews available to the product development process.

  1. Connect everyone with the product development process using a browser-based application.
  2. Enable non-CAD users to mock-up new products or product changes prior to the detailed design.
  3. Create multi-CAD mock-ups of a product.
  4. Optimize the product definition for configurable products into a single definition that satisfies the intent of product variations and maximizes IP reuse.

Beyond the Basics: Advanced Features for Efficiency:

3D PAU offers a robust set of features to optimize your 3D printed product development workflow:

  • Effortless 3D Visualization: Visualize and navigate your entire product structure in 3D, allowing for a comprehensive understanding of the design and the impact of any changes.
  • Intuitive Product Development: Create, modify, or derive new product structures directly from your web browser. Utilize drag-and-drop functionality and free-form tools for effortless product assembly.
  • Digital Mock-up Made Easy: Effortlessly build digital mockups within the browser and seamlessly transfer them to your preferred CAD software.
  • Work Under Change Management: Maintain complete control over design revisions. The "Work Under Change" feature captures all modifications within a designated change action, ensuring clear audit trails.

Key functionalities of 3D PAU include::

  1. CAD Visualization
  2. 3D Visualization
  3. Product Development
  4. Work Under Change
  5. Digital Mock-up
  6. Derivative Product Development
  7. Measurement and Sectioning
  8. Related Products and Specifications
  9. Product Structure Filtering

Unleash the Power of Collaboration

  • Effortless 3D Visualization: Visualize and navigate your entire product structure in 3D, allowing for a comprehensive understanding of the design and the impact of any changes.
  • Intuitive Product Development: Create, modify, or derive new product structures directly from your web browser. Utilize drag-and-drop functionality and free-form tools for effortless product assembly.
  • Digital Mock-up Made Easy: Effortlessly build digital mockups within the browser and seamlessly transfer them to your preferred CAD software.
  • Work Under Change Management: Maintain complete control over design revisions. The "Work Under Change" feature captures all modifications within a designated change action, ensuring clear audit trails.

Beyond the Basics: Advanced Features for Efficiency

3D PAU offers a robust set of features to optimize your 3D printed product development workflow:

Effortless Derivative Product Development: Duplicate existing products to create variations, selectively reusing components and streamlining the design process.

Precise Measurement and Sectioning: Perform detailed measurements, create sections for design clarity, and locate specific features within your product structure.

Enhanced Navigation with Related Products and Specifications: Effortlessly navigate the relationships between product components, change actions, and other specifications.

Streamlined Filtering: Utilize volume queries to isolate specific sections of your product structure, simplifying the visualization of complex designs.

Revolutionize Your 3D Printing Workflow with 3D PAU

3D PAU empowers efficient collaboration, streamlines product development, and simplifies 3D printed product design for users of all experience levels. Experience the future of 3D printed product development with 3D PAU.

Sheet Metal Costing

The SOLIDWORKS costing tool helps you calculate how much it costs to manufacture sheet metal, machined, multibody parts, and assembles as well as plastic molded , cast, 3D printed parts, and multimode weldments by automating the cost estimation and quotation process.

Evaluating the Cost of a Sheet Metal part with the Material Weight Option:

The software depends on the un suppressing of flat patterns in sheet metal parts to determine the cut paths. Applying costing to a sheet metal part with an unsuppressible flat pattern may lead to inaccurate costing results.

Costing Task Pane

  • In a sheet metal part, click Costing (Tools toolbar or the Evaluate tab on the Command Manager) or Tools > SOLIDWORKS Applications > Costing.
  • When a sheet metal template has sufficient information and the part uses a matching material, the Costing Task Pane will display an Estimated Cost Per Part based on a cost estimate.
  • If there is not enough information in the template, or if you want to edit the Costing input values, follow the steps below.
     Costing Task Pane

ESTIMATED COST PER PART

  • Under Costing Template, select a template and the Default templates are available or you can create templates to use custom manufacturing data and See Creating a New Sheet Metal Template.
  • These fields will automatically populate from the template whenever the part's material matches a class, name, and thickness combination within the template.
  • The Material cost is the cost in the template for the selected Class, Name, and Thickness from template combination. You can override Material cost without editing the template. Overrides affect only the part that is open, not the template. If you override Material cost, the field appears in yellow.
Blank Size
  • Under Stock Type from Template, select Material Weight.
  • Under Area to cost select an item to define the material usage.
  • Under Quantity, set the Total number of parts and Lot size.
  • Optionally, under Markup/Discount, adjust the material cost or the total cost using a percentage factor.
  • The software extracts material information from the material set in the part and performs a cost estimate. The costing manager identifies and displays manufacturing features in the part, such as cut paths and bends. The Costing Task Pane displays the Estimated Cost Per Part.
  • Click Begin Cost Estimation.
  • The Costing Manager will display the cost estimate for the SolidWorks sheet metal part. 
ESTIMATED COST PER PART

Types Of Meshing In SOLIDWORKS

Finite Element Analysis (FEA) is a powerful tool used by engineers to analyze the behavior of complex designs under various loading conditions. At the heart of FEA lies the concept of meshing, which plays a critical role in achieving accurate and efficient simulation results. This article dives into the three main meshing techniques employed in SOLIDWORKS: 1D, 2D, and 3D meshing.

1D MESHING:

• Used for geometries having one of the dimensions very large in comparison to rest of the two (Refer fig.1).

•Element Shape: Line (Refer fig.2)

•Element Type: Rod, beam, Pipe etc,.

• Practical Example: Long shaft, beam, pin joint, Connection elements. In SOLIDWORKS, We use beam element for 1D meshing. Beam elements are capable of resisting axial, bending, shear, and torsional loads.

2D MESHING

• Used for geometries having two of the dimensions very large in comparison to last dimension.

• Element shape: Triangle

•Type of the Element : Thin shell, membrane, plate.

• Practical application: Sheet metal parts, Plastic components like instrument panel

3D MESHING

• Used for all 3D objects.

•Element shape in SOLIDWORKS: Tetragonal.

• Type of the Element: Solid

• Practical application: Gear Box, Engine Block, Crankshaft.

Appropriate meshing:

You can mesh a sheetmetal part with Solid tetrahedral element but meshing a sheetmetal with shell element gives you approximate result and reduce computational effort which will be handy for any simulation engineer. likewise, you should mesh a beam or rod using beam  element.

Solidworks Interference Detection

This is a short blog about the benefits of using SOLIDWORKS interference detection. this is very powerful tool when creating with moving parts and components in assemblies,

We would be analyzing component interferences found within the assembly interference,

Detection analyzes geometry and identifies overlapping components within a basic 

Assembly.

So, having a tool that can do this job is greatly beneficial interference detection is found within Evaluate tab”

click Tools > Evaluate > Interference Detection 

Interference deduction tool tab

It is usually easy to see interferences but sometimes it can be difficult to determine, By default, the selected component will be assembly can delete it by right-clicking on the name of the assembly and selecting Delete, then click on the desired area of Graphics window to select new parts.

In this situation, the components have been overlapped

Overlapped component

How we can solve this kind of problem??

We will have the option to calculate interferences within the entire assembly or specify components and, calculate the entire component we can see that the two interferences,

The interference detection makes both components interfering transparent and Highlights the overlapping volumes make it easy to see since I made this assembly 

Highlighted component

We know that there is a distance between the two interferences

Interfering Components that we need to address even if I did not know this using the view

mates Tool can be a quick way to list all the mates associated with that component

View Mates option

Edit coincidence mate

will increase the dimension around check the interference, again as you can see there Are no longer any interference this joint will be able to rotate.

Edit distance mate

We easily changed the distance, resolving the overlapping issues.

Results Section

Interference deduction was great for static interferences when it comes to dynamic

Collisions we need to use a different tool the move component command contains a

Collision detection feature will check collisions between all components, thus

interference detection can be useful to ensure that the component has the desired level of

motion.

SOLIDWORKS 3D Interconnect And Extracting Features

SOLIDWORKS has a capability to work with third party native CAD data files which includes ACIS, Autodesk Inventor, CATIA v5 (.CAT part, .CAT Product), IGES, PTC, SOLID EDGE, NX files as shown in Fig(A)

Fig(A)

IMPORTING STEP/IGES FILES AND EXTRACTING THE FEATURES

SOLIDWORKS has a special option to extract and recognize all the features from other CAD files or STEP/IGES files.

Let us see the step by step process for extracting features from a STEP file

Step1:

Fig (B)            

Fig(C)

Open a STEP file directly into SOLIDWORKS. Once after opening, the part will be viewed as an imported STEP part as shown in fig (C)

Step 2:

Right clicking the STEP part file allows you to click on the “Dissolve feature” option which will prompt you to break the link of the part initially as shown in Fig(D)

The below picture shows you the break link dialog box after clicking on the dissolve feature. Click on “yes, break the link” option as shown in Fig(E)

Fig (D)    

                                                     Fig(E)

Step 3:

Breaking the link from the previous step will convert the step part file into a imported geometry. You can extract feature only after converting it into a imported file.

Right click the imported file and go to feature works -> Recognize features. This will induce the user to extract the standard features or sheet metal features as per the wish shown in Fig(F) and (G)

Fig(F)     

Fig(G)

Step 4:

The Complete recognition of the remaining features in the imported body. When recognition is complete, the imported body no longer appears in the SOLIDWORKS Feature Manager design tree.

                                                                     

Simulation

Enhancing Theoretical Calculation With Virtual Validation Using SOLIDWORKS Simulation

In the world of engineering, precision is paramount. But can you always rely on traditional hand calculations to deliver the most accurate results? Simulation is revolutionizing the design process, offering a powerful tool to validate theoretical concepts and optimize designs.

This blog post explores the advantages of using SOLIDWORKS simulation to analyze a tapered rod under tensile load. We'll compare the results obtained through hand calculations with those achieved through simulation, highlighting the valuable insights that simulation can provide. Get ready to delve into the world of simulation and discover how it can elevate your design confidence!

A steel rod circular in section, tapers from 3 cm diameter to 1.5 cm diameter in a length of 60 cm.Find how much its length will increase under a tensile force 22 kN. Take E = 2 x 105 N/ mm2

The Hand calculated taper Rod deflection is 0.186 mm. We will follow the solution using Simulation Package. The Material Properties introduced in the software.

Create a Geometry to build in the software for given Dimensions:

Fig (1) 3D model of Taper Rod

Fig (2) Material Properties involved in the calculation

Boundary conditions involved as per theoretical conditions involved in the same.

Fig (3) Fixing at the larger end

For solid we can arrest the three Translation x, y, z and rotation of Three components will be eliminated.

Fig (4) Fixing at the smaller end

Tensile Load on the smaller end with the load of 22kN. 

Conclusion: 

We have compared the result of Taper rod subjected to tensile load using hand calculation and Solid works simulation.  SolidWorks simulation is giving us most accurate result compared to theoretical value.

Draftsight

How To Get Started With DraftSight?

Draftsight, while hearing this word, you may have questions such as what is Draftsight software? what it will do? what its cost? how to use it? any cost benefit for buying this software to me?

Let we see...

Draftsight is a 2D and 3D Cad software for engineers, architects, cad designers, Professional cad users.

Let us see a short introduction of Draftsight, its capabilities & Its benefits in this blog. 

DraftSight empowers users to perform 2D design and annotation, along with 3D modeling.

Draftsight will let you do all the operations you are doing in present 2D software without missing the legacy. From the file extension to user interface you can feel the same feel which you felt in present 2D software.

Yes, Draftsight is works with DWG/DXF format. So reuse of legacy data is ease. User interface also same, as a familiar user one will take short time to adopt with Draftsight. In other words, you will take minimal learning curve to adopt here

Some of commands you can work with Draftsight are below:

  • Layer Management
  • Blocks
  • Mechanical Tool Box
  • Ballooning and BOM

1.Layer Management

You can Use the Layer command to create new Layers, set the active Layer, and specify Layer properties and behaviour.

You can create a new Layer any time. To improve efficiency, plan your layers in advance

2.Blocks

The original sentence is already in active voice. "A Block" is the subject, "is" is the verb, and "a collection of entities bound together as a single entity" is the object. After you create a Block, you can insert it whenever you need it in a drawing.

The Make Block command only recognizes the Block within the current drawing. The Export Drawing command lets you write a Block to an external drawing file for use in any drawing.

3. Mechanical Tool Box

DraftSight contains robust mechanical tools and symbols that will help you standardize your mechanical drafting practices and speed up your time to market. The Mechanical Toolbox allows you to choose which industry-standard you want to use or create your own custom standard.

4. Ballooning and BOM

Ballooning system will let you give Properties of the physical entity present. The BOM automatically populates with the properties with a single click.

Power Tools available :

  • Image Tracer
  • Drawing Compare
  1. Image Tracer

The Image Tracer tool lets you convert raster images in .bmp, .png, and .jpg formats to vector format. The images can be architectural plans, floor plans, logos, and curved images.

2. Drawing Compare

Compare drawing revisions to quickly identify and track changes. Draw Compare lets you visually compare drawings by highlighting added or removed entities in your chosen color

Yes, it’s the time to expose the commercial benefit of Draftsight over existing 2D cad software’s.

  • Draftsight is having Perpetual cum network license type. Yes, we are providing lifetime license with best in price - No need for yearly renewal.
  • Also we are providing Tech support for your license.
  • You can claim tax depreciation on your Draftsight purchase.
  • API and LISP Programs also available in Draftsight for customization.

Solidworks Electrical

Solidworks Electrical Creation Of Cables And Harness

Creating a new cable and cable manufacturer in Solidworks electrical and customizing the cable according to our specification.

Creating a cable involves following these steps: Once you've created the cable, you can then add it to a harness.

You can use cables to connect components. There will be default library for few manufacturer cables. To add a few cable we need follow the below mentioned steps.

How to create Electrical Cable

  • In library there will be an option cable reference manager
  • Selecting the Cable Reference Manager opens a new table.

Electrical cable reference manager

Solidworks Electrical will launch the Cable Reference Manager, where you can create a new reference and assign it to a classification (standard). The classification manager is like a folder in which it can filtered with different standards.

Creation of new cable properties

Once new reference is pressed. The software will open the Cable Reference Properties tab. The property tab requires you to define your cable specifications, including diameter (dia), cross-sectional area (Sq.mm), color, number of cores, and core diameter.

Cable core properties

  • Cable core properties will be present in the same tab as the 3 rd option at the top.
  • There we have to add the number of cores we need inside the cable.
  • You must also specify the diameter of each core and designate its type (power, neutral, or miscellaneous).
  • And colours of the cores also given in this tab.

Assigning cable between components

  • After creating the new cable, place it and assign it to the components that require it.
  • Perform these steps on the schematic page.
  • Once you place the components and draw the wires, you can then create the cable.

Associated cable cores

  • Once you've completed the previous steps.
  • In associated cable cores tab we have to add the cable using new cable option.
  • And then we have to select the cable we have created in the library manager.
  • And we have to select the four cores and we have to select four wires at the bottom.
  • association.jpgAnd after selecting all these we have associate it using associate cable cores option present at the top and also higlighted at the bottom image.

Associating the cable turns it green and updates the origin and destination.

Associating the cable adds it to the wires and displays the cable mark between the components

Show Assembly As Part In Indented BOM In SOLIDWORKS

SOLIDWORKS indented BOMs typically display all components within assemblies and subassemblies in detail. This is, after all, the intended functionality of indented BOMs.

Sometime when we use a standard assembly component item in SOLIDWORKS for creating model which is a bought out and SOLIDWORKS consider that as a assembly and it will list all the part in that assembly in indented BOM. Since it is a bought out item our requirement will be it need to appear as  a single part in our BOM

If we save that assembly as part and use it in the assembly all the kinematic motion will be loss and we can’t use the motion in the assembly

Let me insert a assembly to the assembly and then take the BOM for example.

In this case the hydraulic cylinder line item number 6 is a brought our item, and we need it as single line item, lets seen how we can do it in this blog

Open the assembly of the hydraulic cylinder and then go to configuration
Select and right click on the configuration
In the Bill of Materials options, you'll find "Show" selected by default. Choose "Hide" instead. Hide option will hide all the part in this assembly BOM and it will show as a single part in BOM.
Now Let me insert this part to the assembly and then take the BOM for example.
The hydraulic cylinder line item number 6 is a brought our item, and it is still an assemble with all the constrain and motion and it will show as a single line item in assembly indented BOM.
Hope this blog is useful for all, apply this in your BOM creating and simplify your work

How To Create Sheetmetal In Web Browser With 3DEXPERIENCE

Imagine a world where sheet metal design happens entirely within your web browser. No need for hefty software downloads or complex installations. This is the power of 3DEXPERIENCE, a cloud-based platform that brings intuitive sheet metal design capabilities straight to your fingertips.

With 3DEXPERIENCE, you can create intricate sheet metal parts, assemblies, and enclosures using a user-friendly interface accessible from any web browser. We'll walk you through the entire process, from logging in to the platform to creating your first 3D sheet metal model. So, buckle up and get ready to experience sheet metal design like never before!

3D Sheetmetal Creator is an intuitive, browser-based solution that offers associative parametric sheet metal design capabilities to build components, assemblies and enclosures.

Its specialized, all-in-one 3D sheet metal design environment helps you streamline how you create, store, share, validate and manage designs, and bring sheet metal products to market faster.

Built on the cloud based 3DEXPERIENCE® platform, 3D Sheetmetal Creator stores design data securely in one central location and works seamlessly with the design-to-manufacturing, data management and collaboration solutions on the platform.

Getting Started with 3DEXPERIENCE:

Go to Google Chrome, and open the Open 3DExperience Platform.

Using a 3D Passport, log in as a user.

Launch the 3D xSheetmetal application.

To Start with click the new component. Refer to the image above.

The software requires the user to specify a project name.

The 3D Experience platform requires users to specify the location for saving files.

Now the xSheetmetal platform will open.

The creation of a plane and sketch is necessary. With the help of a line sketch, draw in the plane.

 
       Click on the extrusion command to access the functions.

       It will open the next popup window to enter the profile and the fixed geometry.
 
Now checking ok.

Select the extrude feature from the 3DExperience menu to complete the 3D Model.

Tips For Choosing The Best Solidworks Authorized Reseller

SOLIDWORKS, the industry-leading 3D CAD software, empowers engineers and manufacturers to bring their visions to life. From concept creation to detailed engineering, SOLIDWORKS offers a comprehensive suite of tools to streamline your design process and accelerate innovation.

But with such a powerful tool at your fingertips, finding the right support system is crucial. This blog post delves into the essential factors to consider when choosing a SOLIDWORKS authorized reseller. We'll explore aspects like local support, training options, industry expertise, and user reviews, guiding you towards the perfect partner to unlock the full potential of SOLIDWORKS for your business.

Cad engineers are working with manufacturing software to develop industrial machinery and gears models. Engineering technical machine products on computer, construction industry development.

1. What is SOLIDWORKS?

SolidWorks is 3D CAD software that helps you design and engineer products. It allows you to create 3D models, assemblies, and drawings of your product. SolidWorks is used by engineers, designers, and other product professionals to create products of all shapes and sizes. If you're looking for a SOLIDWORKS Authorized Reseller, be sure to keep these tips in mind.

2. Who are SOLIDWORKS authorized resellers?

SOLIDWORKS authorized resellers are partners who have been certified by the SOLIDWORKS Corporation to sell and support the SOLIDWORKS software. They undergo rigorous training and are held to high standards. Because of this, you can be sure that an authorized reseller will be familiar with the software and be able to help you get the most out of it. When choosing a reseller, it's important to consider not only the price but also the level of service you can expect. Look for a reseller who is knowledgeable, responsive, and has a good reputation in the community.

3. How to choose the best SOLIDWORKS authorized reseller for your business

When you're looking for a SOLIDWORKS authorized reseller, there are a few things you should keep in mind. First, decide what's most important to you. Do you need someone who can provide local support? Are you looking for a reseller who can offer training or consulting services? Or do you need someone who can provide equipment and software? You'll also want to make sure the reseller is qualified and experienced in the software. Ask for references and check out online reviews to see what other customers have said. Once you've narrowed down your options, schedule a consultation to discuss your needs and find the best solution for your business.

4. How to maintain a good relationship with your SOLIDWORKS authorized reseller

It's important to remember that you and your authorized reseller are partners. You need each other to succeed, so it's important to maintain a good relationship. Here are a few tips for doing just that:

-Communicate regularly: Let your reseller know what your needs are, and ask for help when you need it. They're there to support you, so take advantage of that.

-Stay up-to-date: Make sure you're always using the latest version of SOLIDWORKS and that your licenses are up-to-date. This will help avoid any compatibility issues.

-Say thank you: A little appreciation never hurts anyone. Show your reseller some love every once in a while—they'll appreciate it!

5. The benefits of working with a SOLIDWORKS authorized reseller

When it comes to choosing a SOLIDWORKS authorized reseller, it's important to consider the benefits of working with one. For starters, an authorized reseller is extensively trained in SOLIDWORKS software and can provide expert advice and support. They can also help you optimize your design process and make the most of the software's capabilities. Additionally, an authorized reseller is up-to-date on the latest releases and enhancements, so you can be confident that you're always working with the latest version of the software. Plus, authorized resellers offer a wide range of services, from training and support to implementation and customization, so you can find exactly what you need to get the most out of SOLIDWORKS.

Conclusion:

When it comes to choosing the best SOLIDWORKS authorized reseller for your business, it can be overwhelming to figure out where to start. That's why we've put together this guide, to help make the process as easy as possible. By following these tips, you'll be able to find a reseller that can provide you with the best CAD software possible, while also meeting your specific business needs. Plus, by establishing a good relationship with your authorized reseller, you'll be able to get the most out of your CAD software.

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