Design Machine Engineering

Empower Intelligent Product Design with Ansys Design Machine Engineering

Combine advanced simulation, automation, and digital design workflows to build smarter, more efficient machines — from concept to production.

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Ansys Design Machine Engineering unifies CAD, simulation, and automation tools to create intelligent, high-performance machines. Engineers can test kinematics, dynamics, and system performance virtually — ensuring robust designs and faster delivery.

Highlights of Design Machine

Automated Design Exploration – Rapidly generate, analyze, and refine multiple design variants using intelligent algorithms and parameterized workflows.

Integrated Simulation-Driven Design – Connect CAD, CAE, and optimization tools in one environment for real-time performance feedback during design changes.

Rule-Based Design Automation – Standardize and automate repetitive engineering processes through customizable templates and logic-driven workflows.

AI-Powered Optimization – Utilize machine learning and data analytics to predict performance, identify design trends, and enhance decision-making.

Seamless Workflow Connectivity – Integrate with Ansys Discovery, Workbench, and OptiSLang for a unified, end-to-end digital design process.

Applications Across Industries

Design Machine Engineering supports industries like robotics, automotive, aerospace, and heavy machinery — from intelligent automation to smart manufacturing systems.

At SolidTrust Technologies, we implement Ansys Design Machine Engineering solutions that optimize mechanical performance and innovation efficiency.

🔗 Explore Industry Use Cases → [Industries We Serve]

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Relevant FAQs

What does Ansys Design Machine Engineering offer? +

It provides simulation-driven design tools for creating efficient, high-performance mechanical systems

Can I simulate motion and kinematics of machines? +

Yes, you can model linkages, gears, and actuators to study real-world mechanical behavior.

Does it support multi-body dynamics (MBD)? +

Absolutely — Ansys simulates dynamic loads, contacts, and constraints across moving assemblies.

Can I perform stress and fatigue analysis on machine parts? +

Yes, it integrates with structural solvers to evaluate durability and performance.

Is it possible to optimize machine components automatically? +

Yes, design parameters can be optimized for weight, stiffness, or energy efficiency.

Can it simulate control-system interactions? +

Yes, mechanical designs can be coupled with control logic for system-level validation.

Does it support CAD integration? +

Yes, Ansys connects seamlessly with major CAD tools for quick geometry updates and validation.

Success Stories

Project Type: Engine mount development Challenge: Vibration control and fatigue durability Solution: Automated multi-objective optimization using Ansys Workbench Key Takeaway: Enhanced durability and reduced vibration levels

- Engine mount development

Project Type: Robotic arm structure
Challenge: Excess weight affecting speed and control
Solution: Automated topology and structural optimization
Key Takeaway: 25% weight reduction with stable performance

- Robotic arm structure

Project Type: Pump performance tuning
Challenge: Balancing flow rate and efficiency
Solution: AI-assisted optimization coupled with CFD simulation
Key Takeaway: Achieved 15% higher efficiency

- Pump performance tuning

Project Type: Industrial gearbox design
Challenge: Manual iterations delaying optimization
Solution: Automated parametric design using Ansys optiSLang
Key Takeaway: 40% reduction in design time

- Industrial gearbox design

Ready to build smarter, more efficient machines?

Get Ansys simulation tools and expert support from SolidTrust Technologies to bring your designs to life.

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