SolidWorks Simulation: Smarter Testing, Stronger Products
Stop guessing and start validating. SolidWorks Simulation lets engineers test real-world performance — stress, heat, motion, and more — directly within your SolidWorks 3D CAD environment.
Why Choose Solidworks Simulation?
1. Reduce Costly Prototypes
Validate your design on computer with SolidWorks Simulation before making models. This saves a lot of time and money on rework.
2. Seamlessly Built Into Your Workflow
SolidWorks Simulation works directly in your SolidWorks design setup. You do not need extra tools or to switch platforms.
3. Trusted by Engineers Worldwide
Many engineers across the world and in industries use SolidWorks Simulation. It is known for accurate validation of engineering designs.
4. Flexible Licensing Options
SolidWorks Simulation is available with Standard, Professional and Premium SolidWorks licenses. You can choose the level that suits your team and budget.
5. Faster Time to Market
Find design problems early, make changes, and go from idea to production fast. This way you avoid delays.
6. Expert Local Support
Panshul Technologies, your authorized SolidWorks reseller in India, helps with setup and training. They offer this at a competitive price for SolidWorks.
OVERVIEW DEMO
Virtual Testing with SOLIDWORKS Simulation Software
What's New in SOLIDWORKS Simulation 2026
SOLIDWORKS 2026 is here
Every new release of SOLIDWORKS Simulation implements hundreds of enhancements requested by the global community of designers and engineers. Validate your designs faster and with greater confidence using the latest simulation capabilities in SOLIDWORKS 2026.
What's New in SOLIDWORKS Simulation
Linear Static Analysis−
Meshing & Model Preparation+
Contact & Assembly Analysis+
Results Visualization+
Design Optimization+
Capabilities of SolidWorks Simulation
SolidWorks Simulation gives engineers the confidence to validate every design decision before production.
Structural & Stress Analysis
Test parts and assemblies under real-world loads to ensure strength, durability, and safety.
- Identifies high-stress regions
- Evaluates deformation and deflection
- Verifies safety factors
- Optimizes material usage
Thermal Analysis
Understand temperature behavior and heat transfer within products and assemblies.
- Analyze heat distribution
- Detect thermal hotspots
- Improve cooling efficiency
- Prevent thermal failure
Motion Analysis
Simulate component movement to ensure smooth, reliable, and efficient operation.
- Study mechanism behavior
- Measure velocity and acceleration
- Detect collisions and interference
- Optimize motion performance
Fatigue Testing
Predict product durability and lifespan under repeated loading conditions.
- Estimate service life
- Identify fatigue-prone areas
- Reduce failure risks
- Improve long-term reliability
Fluid Flow Simulation
Evaluate fluid and airflow behavior to enhance product efficiency and performance.
- Visualize flow patterns
- Analyze pressure distribution
- Improve aerodynamic performance
- Optimize fluid pathways
Drop Test & Impact Analysis
Assess product resilience against accidental drops, shocks, and impacts.
- Simulate drop scenarios
- Evaluate impact forces
- Identify vulnerable components
- Enhance product durability
SOLIDWORKS Simulation
SOLIDWORKS Flow Simulation
SOLIDWORKS Plastic
Product Matrix of SolidWorks Simulation
Assembly Simulation
Mechanism Analysis
Event-Based Motion
Compare and Optimize Design
Simulate Natural Frequencies
Predict Buckling or Collapse
Simulate Heating or Cooling
Simulate Drop Test
Simulate Fatigue
Simulate Plastic and Rubber Components
Simulate Composites
Simulate Forced Vibrations
Nonlinear Dynamics
Fluid Flow Simulation
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Frequently Asked Questions
SolidWorks Simulation is used to validate and optimize product designs using integrated FEA simulation tools inside the SolidWorks environment. It helps engineers test how a part or assembly behaves under real-world loads before manufacturing.
SolidWorks Simulation helps with design validation by allowing users to check stress, displacement, and safety factor results early in the design process. This makes it easier to improve product quality and reduce costly design errors.
SolidWorks Simulation supports multiple studies such as static analysis, thermal analysis, fatigue analysis, and topology optimization, depending on the product level. These simulation tools help engineers understand performance under different operating conditions.
Yes, SolidWorks Simulation is directly integrated with SolidWorks CAD, so users can analyze models without moving data to another platform. This tight integration saves time and improves workflow efficiency for designers and engineers.
Using simulation software before manufacturing helps reduce prototyping cost, catch design issues early, and speed up development cycles. It also improves confidence in the final design by testing performance virtually first.
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