Bionix® Knee Wear Simulator
Accurately replicate a full range of knee forces and motions
Orthopaedic researchers worldwide trust Bionix® Knee Wear Simulators to conduct long-term wear, fatigue and durability tests on implantable knee devices and related materials.
These precise, highly durable simulators accurately replicate the full range of real-world knee forces and motions, enabling you to generate the high-quality wear data required to gain device approval, validate production processes and continue development.
Six test stations facilitate statistically significant sampling and minimize testing time. The compact, modular design includes an advanced hydraulic actuation scheme that delivers precise, closed-loop control of four independent degrees of freedom, while exhibiting dynamic performance and stiffness not possible with other actuation approaches.
Durable, low-friction MTS linear actuators and state-of-the-art servovalve technology generate user-defined flexion/extension, axial force, anterior/posterior and tibial rotation motions. The simulator can also achieve operating speeds up to two cycles per second for accelerated test protocols.
Orthopaedic researchers worldwide trust Bionix® Knee Wear Simulators to conduct long-term wear, fatigue and durability tests on implantable knee devices and related materials.
These precise, highly durable simulators accurately replicate the full range of real-world knee forces and motions, enabling you to generate the high-quality wear data required to gain device approval, validate production processes and continue development.
Six test stations facilitate statistically significant sampling and minimize testing time. The compact, modular design includes an advanced hydraulic actuation scheme that delivers precise, closed-loop control of four independent degrees of freedom, while exhibiting dynamic performance and stiffness not possible with other actuation approaches.
Durable, low-friction MTS linear actuators and state-of-the-art servovalve technology generate user-defined flexion/extension, axial force, anterior/posterior and tibial rotation motions. The simulator can also achieve operating speeds up to two cycles per second for accelerated test protocols.
Multipurpose TestWare® Software
Flexible, easy-to-use software for designing, running and reporting on complex material and component tests.
FlexTest Controllers
A versatile, modular digital control platform designed to address a full spectrum of servohydraulic testing applications in materials, components and structures.
Hydraulic Power Units
Operating at or below sound levels commonly found in labs and factories, SilentFlo™ Hydraulic Power Units deliver exceptionally clean and quiet hydraulic power.QUESTIONS?
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