• ’ virtual lab provides insight into the biomechanics of human-device interaction.

  • ’ virtual lab provides insight into the biomechanics of human-device interaction.

  • ’ virtual lab provides insight into the biomechanics of human-device interaction.

Healthcare

Improved treatment via medical device optimization

Defense

Improved military personnel protection via gear optimization

Sport

Improved athletic performance via equipment optimization

Design Optimisation, Verification and Performance Promotion

Enhanced understanding of your product performance

Decreased prototyping time, costs, and manufacturing waste

Reduced physical test burden and results variability through virtual testing

Provide scientific evidence following ASME V&V40 guidelines

Communicate product performances through scientific publication

Accelerate time to market