What is Biomechanical Testing?
How biomechanical testing verifies strength, durability and safety in medical devices, from lower-limb prosthetics to orthopedic components, and which standards apply.
Entries by Nicola D.
Instrumented vs Pass/Fail Impact Testing
Discover the differences between Instrumented vs Pass/Fail Impact Testing and the complete STEP Lab range of drop weight towers.
STEP Lab and Vi-grade HiL test system
STEP Lab and Vi-grade HiL system. Four electrodynamic UD01 actuators, one per wheel, physically testing real dampers in real time while the driver experiences the full vehicle response. This is what Hardware-in-the-Loop damper development looks like in practice.
The future of testing is electric
Explore the future of testing with STEP Lab. Electric testing machines are revolutionizing labs with high performance and precision.
What is EOL testing?
End-of-Line (EOL) testing is the final “gate” in the manufacturing process, ensuring every component meets strict performance standards before shipment. From high-velocity damper characterization to automated data logging, explore how EOL testing prevents defects and optimizes production.
The complete guide to STEP Lab’s Shock absorber testing machines and Shock dynos
Discover the differences between STEP Lab’s testing machines for shock absorbers with this complete guide. Advanced systems for every need.
System for DMA and NVH testing up to 1000 Hz
Discover the ultra high frequency (up to 1000 Hz) electrodynamic test system for DMA tests on elastomers, and NVH tests.
Materials testing: What is, and Why it matters
Learn how materials testing ensures strength, durability, and compliance with ASTM, ISO, and EN standards across industries.
How to choose the right actuator for your testing?
Electromechanical or electrodynamic? Learn how to choose the right actuator for your testing application in this quick comparison.
