Designed and developed in response to the growing demand for ever more aggressive adverse testing hip implants.
The Hip Implant Wear Simulator
Working together with CRITT-MDTR, the independent French wear testing house, the Prosim Hip Wear Simulator was developed with a number of key objectives in mind:
- Design and build a simulator that fully meets the requirements of both ISO 14242-1 (2014) and ISO 14242-4 (2018)
- Capable of going well beyond existing ISO requirements for adverse wear testing
- Strictly follows anatomical loading, applied through the acetabular cup (hips)
- Strictly follows anatomical movement, applied through the femoral head (hips)
- Delivers precise, accurate and repeatable microseparation (hips)
Peltier Heater/Cooler system
We have recently introduced the Peltier Heater/Cooler system (section 2.8) which automatically maintains the test fluid media (serum) temperature at 37°C ±2°C, replacing the old heater and pump system circulating the test fluid media externally. As a result, we help the customer to achieve a huge saving on the cost of serum, as only 1/3 of the serum volume is required on a self-contained Peltier heater unit in contrast to the pump + heater system.
The Prosim Hip Implant Wear Simulator is a multi-station machine designed for the reliable and repeatable testing of both hip and spinal implants, providing designers and developers of replacement hip joints and intervertebral discs with a cost-effective and accurate means of generating wear and friction data under realistic in-vivo simulated conditions.
All axes of the Prosim Hip Wear Simulator are electromechanically driven, using a combination of motors, drives and gearboxes. This enables the simulator very closely follow any demand waveform however demanding it may be.
Empirical data generated by our simulators over the last fifteen years supports the assertion that the patterns of wear of hip implants tested in Prosim Hip Implant Wear Simulators accurately mirrors that of the wear of implants extracted from humans after years of use.
The Prosim Hip Wear Simulator enables up to six implants to be tested simultaneously plus two implants to be load soaked, to produce an accurate emulation of in-vivo hip joint movement and wear.
The Prosim Hip Wear Simulator includes numerous features and benefits:
- 4/5 electromechanically driven axes with independent controlled Axial loading
- Fully meets the requirements of both ISO 14242-1 (2014) and ISO 14242-4 (2018)
- Capable of going well beyond existing ISO requirements for adverse wear testing
- Strictly follows anatomical loading applied through the acetabular cup (hips) and anatomical movement applied through the femoral head (hips)
- Delivers precise, accurate and repeatable edge loading (microseparation) and impingement test.
- Peltier temperature control system that maintains the test fluid media at the temperature of 37°C ±2°C
Custom simulators
Prosim is able to offer customisation of its simulators to meet client’s specific testing requirements.
Hope for people with severe spine fractures
Leeds University is at the forefront of research into implant technology and that research is just about to take a big leap forward in the
ISO Electro-Mechanical Wear Simulators – The New Focus for Prosim
Feb 11, 2009 Following the successful introduction of the spinal implant wear simulator, their first fully electro-mechanical simulator, Prosim have now committed to a development
Prosim Appoints A Chinese Distributor
Feb 11, 2009 In order to capitalise on the potential of the Chinese orthopaedic market and its growing requirement for testing equipment to ensure that
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If you have any specific requirements not fully addressed by the above range of mechanical wear testing simulators, please do not hesitate to contact us.
We are always happy to look at the customisation of existing equipment or design and build projects to a customer’s specifications.