The EndoLab
Hip Simulator
The first EndoLab hip simulator was developed in 1999 based on the original ISO 14242-1 standard. Since then, continuous improvements have been made to enhance its performance, precision, and usability. Today, the machine is one of the most user-friendly hip simulators available, integrating advanced automation and optimized design for efficient and reliable testing of hip implants.
Of course, this type of test frame can also be used for spinal disc tests (ISO 18192-1 and -3), nucleus tests (ISO 18192-2) and reverse shoulder tests.
The latest EndoLab® hip simulator, model C6/2-07, features six wear stations and two reference stations. All motions and loads are computer-generated and fully user-defined, allowing for highly flexible testing. Add-ons enable specialized evaluations, including impingement testing (ASTM F2582), microseparation testing (ISO 14242-4), and 3D frictional torque measurement, making it a versatile and advanced solution for hip implant testing.
The machine operates with energy-efficient oil hydraulics, ensuring reliable and precise performance. State-of-the-art digital controllers and servovalves provide versatile and accurate control. Routine tests follow ISO 14242-1, while users can customize load blocks to simulate various in-vivo activities. A built-in controller panel minimizes setup time, and an external computer manages, displays, and records machine and station parameters for seamless operation and monitoring.
