Virtual Testing

There is no product development without physical testing and validation. However, these processes are typically time-consuming, costly, and resource-intensive – while for us, they are part of our everyday work. We create digital twins of complete test-bench environments and compliance tests, reducing development costs and lead times to a fraction. Virtual modeling enables us to replace entire physical test procedures.

Shaker tests, vibration and shock tests

Thermomechanical loads

Stochastic fatigue and durability simulation

From soldering millimeter-sized electronic components to layering composite structures several meters long – our expertise covers it all

Virtualized component testing tailored to almost any part or product - free from the constraints of the physical world
Consideration of all standards, regulations, and measurements relevant to product approval
Efficient, modular, and easily standardized virtual methods
Rapid adaptation to changing conditions and requirements
Clear, data-driven results to support assessment & decision-making

Virtualized component testing

Focus on the component tests

Forces, moments, or
displacement? Loads?

Physical boundary conditions as input data

Unique part properties are secondary

No component
specific load cases,
collectives

Adaptable to changing circumstances

Efficient

Resource optimized

Approval-relevant, validated tests in a virtual environment

Can be standardized

Quick

Modular

Approval-relevant

What is the difference between virtual testing and simulation?

Simulation

1 mm
1000N
1g
Measurements

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3,6 mm
154 Hz
2341 N
34 MPa
5,65 g

Virtual component testing

Virtualized testing consists of creating a realistic virtual model of a part or assembly, along with the testing environment, in order to get objective and decision maker-driven statements regarding physical validation during release approval.

Standards
Norms
Measurements
Regulations
Release approval
requirements

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Not OK

K.O. – criteria and requirements

System based modelling abstraction

Objective and standardized evaluation

Virtualized component testing

What is the difference between virtual testing and simulation?

We digitally reproduce physical approval tests for plastic, metal, and composite parts and structures in full compliance with military, automotive, and aerospace standards - making product development faster, more efficient, and more cost-effective.

Virtual Testing

Shaker tests, vibration and shock tests

Thermomechanical loads

Stochastic fatigue and durability simulation

Virtualized component testing

What is the difference between virtual testing and simulation?

Simulation

Virtual component testing

Virtualized component testing

What is the difference between virtual testing and simulation?

We digitally reproduce physical approval tests for plastic, metal, and composite parts and structures in full compliance with military, automotive, and aerospace standards - making product development faster, more efficient, and more cost-effective.

Cut the costs of physical testing and move your validation into the virtual world!