What Is SOLIDWORKS 2027 and Who Should Upgrade?

For designers, manufacturers, product-development teams, engineering students and companies already using SOLIDWORKS, the important question is not simply “What is new in SOLIDWORKS 2027?”

The bigger question is:

As AI becomes increasingly integrated into engineering software, SOLIDWORKS 2027 represents an important step toward a more intelligent CAD workflow. The SOLIDWORKS 2027 preview highlights new capabilities such as Variability Tables, Chord Width Fillet and Sheet Metal Stamp on Bend, alongside AI-enabled workflows for imported geometry and engineering documentation.

Why Is SOLIDWORKS 2027 Creating So Much Interest?

One reason is simple:

AI is moving from the sidelines into the engineering workflow.

Traditional CAD software has always helped engineers create geometry. The emerging generation of CAD tools is increasingly focused on helping engineers find, modify, document, validate and manage that geometry more intelligently.

SOLIDWORKS is developing AI capabilities around this idea. AI-powered workflows are being introduced to support tasks such as drawing creation, imported geometry conversion, engineering guidance and troubleshooting.

The goal is not to replace engineering judgment. Instead, AI can help reduce repetitive work and give engineers more time to focus on design decisions, optimization, validation and innovation.

5 SOLIDWORKS 2027 Developments Engineers Should Watch

SOLIDWORKS 2027 and Imported CAD Geometry

Working with imported CAD data has traditionally been challenging. Engineering teams may receive STEP or IGES models from customers, suppliers, older projects or other CAD systems.

Turning that geometry into something that can be edited parametrically may require significant manual effort.

The SOLIDWORKS 2027 preview highlights an Imported Geometry to Parametric CAD workflow designed to help convert imported STEP and IGES models into editable, feature-based SOLIDWORKS parts.

This direction could be particularly useful for:

• Reverse engineering
• Supplier CAD data conversion
• Legacy design migration
• Product redesign
• Engineering service companies
• CAD interoperability

SOLIDWORKS 2027 Sheet Metal: Stamp on Bend

Sheet metal engineers regularly deal with bends, forming operations, stamped features and manufacturing requirements.

SOLIDWORKS 2027's preview introduces Sheet Metal Stamp on Bend, allowing stamped geometry to be created on bend regions of sheet metal parts.

For sheet metal manufacturers, fabrication companies, machinery builders and enclosure designers, workflow improvements like these can become valuable because the same operations may be repeated across many components.

Managing Product Variants With SOLIDWORKS 2027

Many manufacturers do not design just one product. They create product families with different dimensions, configurations, customer requirements and options.

This can make configuration management increasingly complex.

The introduction of Variability Tables in the SOLIDWORKS 2027 preview provides a structured method for defining product variability using variants, options and numerical parameters.

This can be relevant for manufacturers creating:

• Standardized machinery
• Custom equipment
• Industrial components
• Modular products
• Configurable assemblies
• Product families

Who Should Upgrade to SOLIDWORKS 2027?

Not every SOLIDWORKS user needs to upgrade immediately. The value of an upgrade depends on the workflows your organization uses and the capabilities available with your specific license.

1. Companies Using SOLIDWORKS Every Day

If SOLIDWORKS is central to your product-development workflow, the new modeling, automation and AI capabilities make SOLIDWORKS 2027 worth evaluating.

2. Engineers Working With Imported CAD

Teams that regularly receive STEP, IGES or other imported models should evaluate the new imported-geometry workflows.

3. Sheet Metal Manufacturers

Organizations designing sheet metal enclosures, brackets, cabinets, machinery components and fabricated products should examine the new sheet metal capabilities.

4. Companies Managing Multiple Product Variants

Businesses producing different versions of the same product can investigate Variability Tables and structured product variation.

5. Engineering Teams Exploring AI

Organizations already exploring AI for engineering should evaluate SOLIDWORKS 2027 as part of their wider digital engineering strategy.

SOLIDWORKS 2027 and Connected Engineering

Another important trend is the growing connection between desktop CAD and the broader 3DEXPERIENCE platform.

Modern engineering teams increasingly need more than CAD modeling. They also need collaboration, revision management, data organization, design sharing and controlled access to engineering information.

The continued integration of SOLIDWORKS with connected engineering workflows reflects this broader shift in how product-development teams manage design data.

Who May Not Need to Upgrade Immediately?

An upgrade should be evaluated according to business requirements, not simply because a new version has been released.

Companies with highly customized environments should test their existing workflows before moving to a new production version.

• Customized legacy workflows
• Older hardware
• Large PDM environments
• Third-party add-ins
• Custom macros
• Customized templates
• Multi-version engineering teams

SOLIDWORKS 2027 Upgrade Checklist

Should You Upgrade to SOLIDWORKS 2027?

The best way to answer this question is to look at your engineering workflow rather than simply your current SOLIDWORKS version.

If your team spends significant time on repetitive modeling, imported CAD, sheet metal design, product variants, drawing creation or engineering data management, SOLIDWORKS 2027 deserves evaluation.

If your environment is heavily customized or depends on legacy integrations, perform compatibility testing before moving production systems.

The larger story behind SOLIDWORKS 2027 is the continued shift toward AI-assisted, connected and increasingly automated engineering.

That shift could influence how engineers design, document, collaborate and manage CAD data in the coming years.