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1 Ι © Dassault Systèmes Ι Confidential Information Ι Why Design Validation? Accelerate new product development Switch to alternate or cheaper material Reduce prototyping costs Improve product quality and performance

Why Design Validation?

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Page 1: Why Design Validation?

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Why Design Validation?

Accelerate new product development

Switch to alternate or cheaper material

Reduce prototyping costs

Improve product quality and performance

Page 2: Why Design Validation?

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Respond to Design Challenges

Reduce re-design– Design right first time– Weight and shape optimization

Early problem detection and correction– Avoid field failures– Study alternative designs

Greater product quality– Efficient and reliable– Reduced liability

Improve complex product designs– Enhanced function and performance– Meet product specification and/or regulations

Page 3: Why Design Validation?

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Introduce Validation Earlier in Design Process

Product Development Process

Effort

Time

Production

ConventionalProcess

Early Design Validation

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Why SolidWorks Simulation?

Integrated within SolidWorks– Faster turnaround of changes – ‘What-if’– Best in class solution for all your analysis needs

Design validation for all SolidWorks users– Easy to use– Shorter learning curve

Single source solution– Training and support by your local analysis

certified SolidWorks VAR

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Design Validation Products

SolidWorks SimulationLet’s Go Design

SolidWorks Flow SimulationComputational fluid dynamics

SolidWorks MotionMotion simulation

SolidWorks Simulation Mechanical Design Validation

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SolidWorks Simulation Capabilities

SolidWorks Simulation Let’s Go Design

Drop Test Static

Frequency

Thermal

Non Linear

Fatigue

Optimization

Post Dynamics

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Proven Customer Success

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Benefits for Machine Design

Industry Challenges• Decrease design cycle time• Reduce recall and warranty costs• Reduce re-design (ECO)• Improve product quality and performance• Reduce material cost

SolidWorks Simulation Benefits

Design right first time

Virtual testing early in design process

Reduce time consuming and costly prototyping

Check for weight, performance and failure

Design optimization and alternatives to offset material cost

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Benefits for Medical

Industry Challenges

Accelerate new product development

Adapt to demanding consumers

Ensure consistent quality and performance

Compliance to regulations like FDA

Reduce product liability exposure

SolidWorks Simulation Benefits

Quickly study performance of multiple designs

Reduce operating time and patient trauma

Range of motion, interlock strength

Material strength and conductivity

Results and data management

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Benefits for Consumer ProductsIndustry Challenges

Automation and better value for money

Deliver more features and functionalities

Better looking products

Increase the size of product range

Innovation and incorporate new technology

SolidWorks Simulation Benefits

Study different alternatives

Performance improvement of complex mechanisms

Drop testing of handheld devices

Check for compliance to safety regulations

Optimize design for size, weight

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Benefits for Electronics

SolidWorks Simulation Benefits

Predict mechanical reliability

Drop testing of handheld and portable devices

Maintain safe component operating temperature

Alternative materials (eco-friendly/non-hazardous)

Optimize for size, weight and efficiency

Industry Challenges

Accelerate new product development

Regulatory compliance, recycling

Improve performance and embed more functions

Product packaging, reduction in size

Innovation and incorporate new technology