15+ Features Engineers Need To Know! What’s New In SOLIDWORKS 2027?

September 18, 2026UncategorizedSIMTEK INDIA

What’s New in SOLIDWORKS 2027? 15+ Features Engineers Need to Know

From AI-powered engineering assistance to smarter sheet metal, assemblies, drawings, simulation and connected data, SOLIDWORKS 2027 brings a new generation of productivity improvements to the engineering workflow.

SOLIDWORKS 2027 introduces hundreds of enhancements across design, AI, data management, simulation, electrical, 2D CAD and connected engineering workflows. Some of the most notable updates include AI-assisted design and documentation, imported geometry conversion, sheet metal stamping, large point-cloud workflows, assembly improvements, drawing automation, PDM enhancements and stronger 3DEXPERIENCE integration.

Every new SOLIDWORKS release creates the same question among engineers: Is it worth upgrading? With SOLIDWORKS 2027, that question is becoming more interesting because the release is not focused on one isolated feature. Instead, the latest version brings improvements across the complete product-development workflow.

For mechanical designers, manufacturing engineers, CAD administrators and engineering managers, the biggest story is the combination of AI, automation, modeling flexibility, documentation and connected data. Here are 15+ SOLIDWORKS 2027 features and enhancements engineers should know.

1. AI-Powered Engineering Workflows

AI Virtual Companions

SOLIDWORKS 2027 expands the role of AI inside the engineering environment. AI Virtual Companions are designed to assist with repetitive engineering tasks, provide guidance and help users work through common design activities.

The larger trend is important: AI is moving from a separate chatbot window into the actual CAD workflow, where engineering context matters.

2. Natural Language Macro Generation

Create Automation Using Natural Language

One of the most interesting SOLIDWORKS 2027 AI capabilities is natural language macro generation. Instead of manually developing every automation routine, engineers can describe what they want to accomplish and use AI assistance to generate the corresponding macro.

This could be particularly useful for repetitive CAD administration, documentation and modeling tasks.

3. AI-Assisted Imported Geometry to Parametric CAD

Convert Legacy Geometry Into Editable CAD

Working with imported STEP, IGES and other neutral CAD data can often mean rebuilding features manually. SOLIDWORKS 2027 introduces AI-assisted capabilities for converting imported geometry into more editable, feature-based SOLIDWORKS models.

For companies dealing with supplier models, legacy designs or customer data, this can reduce the amount of manual remodeling required.

4. AI Drawing Generation

Generate Drawings With AI Assistance

SOLIDWORKS 2027 also introduces AI-assisted drawing generation. Engineers can provide requirements such as drawing templates, standards, primary views and other instructions, allowing the system to assist in producing engineering documentation.

The practical benefit is reducing repetitive drawing preparation while keeping engineers involved in reviewing and validating the final output.

5. Sheet Metal Stamping on Bends

Create Stamped Geometry Directly on Bend Regions

Sheet metal designers get a particularly useful enhancement in SOLIDWORKS 2027: the ability to create stamped geometry on bend regions.

This makes it easier to represent real manufacturing conditions directly inside the 3D model instead of relying on workaround methods.

6. More Flexible Sheet Metal Bend Editing

Edit Bend Radii on Imported Sheet Metal

Imported sheet metal components can be difficult to modify when their original feature history is unavailable. SOLIDWORKS 2027 improves the ability to modify bend radii during or after conversion.

This is especially relevant for engineers working with supplier models, legacy components and neutral-format CAD data.

7. Large Point Cloud Data With Color

Import Large Point Clouds With Color Information

Reverse engineering and 3D scanning workflows continue to become more important in manufacturing. SOLIDWORKS 2027 expands point-cloud capabilities by supporting large point-cloud datasets with color information.

This can help engineers working with scanned environments, physical components and inspection-driven modeling workflows.

8. In-Context Design Improvements

Design Components With Better Context

SOLIDWORKS 2027 continues to improve in-context design workflows, helping engineers work with relationships between components while designing within assemblies.

The goal is straightforward: reduce unnecessary steps when component geometry depends on surrounding assembly conditions.

9. Performance Assistants

Identify Assembly Performance Bottlenecks

Large assemblies can become increasingly difficult to manage as component counts grow. SOLIDWORKS 2027 adds performance-assistance capabilities that help engineers identify potential sources of assembly slowdowns.

Instead of relying entirely on manual trial and error, users can receive more intelligent guidance when diagnosing performance problems.

10. Smarter Assembly Component Grouping

Organize Mated Components More Efficiently

Engineers can group related mated components into manageable collections without necessarily creating formal subassemblies.

This can make complex assemblies easier to organize while reducing repetitive assembly-management work.

11. Variability Tables for Configurable Designs

Manage Product Variants More Systematically

SOLIDWORKS 2027 introduces variability capabilities that allow engineers to define product options, variants and numerical parameters that can drive dimensions and features.

For manufacturers producing multiple versions of a product, this can simplify configuration management and reduce manual changes.

12. Chord Width Fillet Option

Greater Control Over Fillet Geometry

A new chord-width option for constant-size fillets provides additional control over fillet geometry and design intent.

It is a relatively focused modeling enhancement, but these types of improvements can make a significant difference in day-to-day CAD work, particularly when controlling complex geometry.

13. Faster Drawing and BOM Workflows

Improve Manufacturing Documentation

SOLIDWORKS 2027 introduces several drawing enhancements designed to reduce repetitive documentation work. Identical component instances can receive consistent reference numbers more efficiently, while frequently used annotation symbols can be stored in a Favorites location.

These improvements are aimed at helping engineers create cleaner, more consistent manufacturing documentation.

14. 3D Model-Based Definition Enhancements

Create Ordinate Dimensions in 3D MBD Workflows

Model-Based Definition continues to become an important part of manufacturing documentation. SOLIDWORKS 2027 adds the ability to create ordinate dimensions directly within 3D MBD workflows.

This supports organizations looking to communicate manufacturing requirements directly through 3D product data.

15. Content Explorer for 3DEXPERIENCE Data

Access Platform Content More Naturally

SOLIDWORKS 2027 improves connected data workflows through Content Explorer. Engineers can browse, organize and open 3DEXPERIENCE platform content from the SOLIDWORKS environment using a familiar file-explorer-style workflow.

This reduces context switching and can make connected engineering data easier to access.

16. Improved Material Data Collaboration

Align SOLIDWORKS and 3DEXPERIENCE Materials

Material definitions can be an important part of maintaining consistent engineering data. SOLIDWORKS 2027 improves alignment between SOLIDWORKS materials and governed material definitions on the 3DEXPERIENCE platform.

For organizations managing engineering information across teams, this can help reduce inconsistencies in product data.

17. PDM Productivity Improvements

Smarter Engineering Data Management

SOLIDWORKS PDM receives multiple improvements in 2027, including single sign-on capabilities, distributed task processing and smarter file replication.

These enhancements target organizations managing large amounts of engineering data and aim to improve reliability and productivity across distributed workflows.

18. Simulation Improvements

More Capabilities Across Structural, Flow and Plastics Simulation

SOLIDWORKS 2027 also extends improvements across Simulation, Flow Simulation and Plastics. The focus is on improving analysis workflows, simplifying complex studies and giving engineers greater control over simulation processes.

For organizations using simulation earlier in the product-development process, these updates can help connect design decisions with engineering validation.

19. SOLIDWORKS Electrical Enhancements

Better Electrical and Harness Workflows

Electrical design also receives significant attention in SOLIDWORKS 2027. Updates include native wire and harness management, dynamic connector editing, bidirectional 2D-to-3D navigation and integrated circuit validation capabilities.

These improvements are especially relevant for multidisciplinary products where mechanical and electrical design must stay synchronized.

The Bigger SOLIDWORKS 2027 Trend: CAD Is Becoming More Intelligent

The most important takeaway from SOLIDWORKS 2027 is not one individual modeling command. It is the direction of the platform.

AI is becoming part of engineering workflows. Automation is being applied to documentation. Imported geometry is becoming easier to reuse. Assembly performance is becoming easier to diagnose. Connected data is moving closer to the designer.

In other words, the future of CAD is moving beyond simply creating geometry. The focus is increasingly on helping engineers design, validate, document, manage and collaborate with less repetitive manual work.

Should You Upgrade to SOLIDWORKS 2027?

Whether an organization should upgrade depends on its current SOLIDWORKS version, subscription status, hardware, PDM environment, custom tools and engineering workflows.

However, teams working with large assemblies, imported CAD data, sheet metal, manufacturing drawings, AI-assisted workflows, simulation, electrical design or 3DEXPERIENCE collaboration have several areas worth evaluating.

Test SOLIDWORKS 2027 with representative production models.
Check compatibility with PDM and connected data workflows.
Review graphics hardware and system requirements.
Test custom macros and automation tools.
Evaluate AI capabilities against your team's actual workflow.
Plan training before rolling out the new release across the organization.

Why Work With an Authorized SOLIDWORKS Reseller?

A SOLIDWORKS upgrade is more than installing a new version. Engineering organizations may need help with licensing, deployment, data migration, training, customization, PDM, simulation and workflow planning.

SIMTEK – Authorised SOLIDWORKS reseller in Tamil Nadu and Kolhapur supports engineering organizations with SOLIDWORKS licensing, implementation, training, technical support and engineering solutions.

With 27+ years of experience, SIMTEK works with engineering and manufacturing organizations, educational institutions and product development teams looking to adopt and maximize SOLIDWORKS technologies.

Planning a SOLIDWORKS 2027 upgrade?
Before moving production teams to the latest release, evaluate your existing models, PDM environment, hardware, integrations and custom workflows with an experienced SOLIDWORKS partner.

Frequently Asked Questions About SOLIDWORKS 2027

What is new in SOLIDWORKS 2027?

SOLIDWORKS 2027 introduces hundreds of enhancements across CAD, AI, assemblies, sheet metal, drawings, PDM, simulation, electrical, 2D CAD and connected 3DEXPERIENCE workflows.

What are the biggest SOLIDWORKS 2027 features?

Major highlights include AI Virtual Companions, natural language macro generation, AI-assisted drawing generation, imported geometry conversion, sheet metal stamping, point-cloud improvements, assembly performance assistance and improved data collaboration.

Does SOLIDWORKS 2027 have AI features?

Yes. SOLIDWORKS 2027 expands AI capabilities through Virtual Companions and AI-assisted workflows covering areas such as design assistance, documentation, automation and imported geometry.

Who should consider SOLIDWORKS 2027?

Mechanical engineers, product designers, CAD administrators, manufacturing teams and engineering organizations can evaluate SOLIDWORKS 2027 based on their specific modeling, documentation, simulation, data-management and collaboration requirements.

Does SOLIDWORKS 2027 improve sheet metal design?

Yes. SOLIDWORKS 2027 adds improvements including stamped geometry on bend regions and greater flexibility when editing bend radii on imported sheet metal components.

Does SOLIDWORKS 2027 improve large assembly workflows?

Yes. New capabilities include performance assistance, component grouping and configuration-related improvements intended to make complex assemblies easier to manage.

Should I upgrade immediately to SOLIDWORKS 2027?

The right timing depends on your organization's models, workflows, integrations, hardware, PDM setup and subscription status. A controlled test using representative production data is recommended before a company-wide deployment.

Ready to Explore SOLIDWORKS 2027?

Discover the latest SOLIDWORKS 2027 capabilities and understand how they can fit into your engineering workflow with expert guidance from SIMTEK.

Request a SOLIDWORKS 2027 Consultation

About SIMTEK:
SIM Technologies (SIMTEK) is an authorised SOLIDWORKS reseller serving Tamil Nadu and Kolhapur, providing SOLIDWORKS solutions, training, implementation and technical support for engineering and manufacturing organizations.

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