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Hip with artificial joint.

We make mobility safer

Medical technology

Medical devices must endure their operational loads and be fatigue resistant over the duration of their lifecycles. We use resonance and servo pneumatic test technology and electric actuators to determine the resilience of components such as endoprosthesis, for example, implants and knee joints, and exo prostheses so that they can be used or surgically installed without fear of premature failure.

Our test systems can even operate in the µ-area up to 0.02 N with test samples around 2 mm. The ability to test such small components allows us to test cardiological devices such as stents and micropumps for their material properties and reliability. 

Our medical device test systems

Testing system for testing foot prostheses.

for dynamic strength test of foot prostheses per DIN EN ISO 10328

  • Stressing the foot to simulate walking
  • Universally customizable for different foot sizes/shapes
Testing of adapters

Testing dynamic strength with POWER SWING MOT

Commonly test devices:

  • Prostheses
  • Knee joints
  • Stents
  • Connecting elements
  • Screws
  • Implants
  • Adapter
Testing software for resonance testing machines

Our testing services experts can test your medical device components and systems in our accredited test laboratory

Customized test systems

Customized solutions

In addition to the exisiting testing solutions our expert team of engineers and technicians develop new test systems and testing solutions to meet your specifications.

Similar topics

Fatigue testing

Fatigue testing

Fatigue strength testing according to DIN 50100, ASTM E466-15, ISO 1099 - Determining the strength of components and materials.


The use of lightweight construction places higher demands on materials. Knowing their dynamic strength values is critical for developers.
Test laboratory

Test laboratory

Europe's most versatile test laboratory! We complete over 400 testing assignments every year, with over 30 years of experience and…
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