The Duratt® D50 benchtop test platform integrates a customized high-performance linear motor and control system, enabling high-frequency dynamic excitation from static to 100 Hz, with a dynamic load of 50 N and a dynamic displacement of up to 11 mm. Its compact size makes it widely applicable to dynamic mechanical property testing of various flexible…
The Duratt® D20000 high-load dynamic test platform integrates a customized, high-performance, high-power linear motor and control system. It can achieve high-frequency dynamic excitation from static to 200Hz, with a maximum dynamic load of 18,000N and a maximum dynamic displacement of 80mm. It is widely applicable to dynamic mechanical property testing of various materials, components, or…
The Duratt® D8000 high-load dynamic test platform integrates a customized, high-performance, high-power linear motor and control system. It can achieve high-frequency dynamic excitation from static to 200Hz, with a maximum dynamic load of 8200N and a maximum dynamic displacement of 65mm. It is widely applicable to dynamic mechanical property testing of various materials, components or…
The Duratt® D4000 dynamic testing platform integrates customized high-performance linear motors and control systems, enabling high-frequency dynamic excitation from static to 200 Hz, with a dynamic load of 4200 N and a dynamic displacement of up to 65 mm. It is widely applicable to dynamic mechanical property testing of various materials and small components, as…
The Duratt® D2000 dynamic testing platform integrates customized high-performance linear motors and control systems, enabling high-frequency dynamic excitation from static to 200Hz, with a dynamic load of 2000N and a dynamic displacement of up to 65mm. It is widely applicable to dynamic mechanical property testing of various materials and small components, as well as high-performance…
The Duratt® D800 dynamic testing platform integrates customized high-performance linear motors and control systems, enabling high-frequency dynamic excitation from static to 200 Hz, with a dynamic load of 800 N and a dynamic displacement of up to 41 mm. It is widely applicable to dynamic mechanical property testing of various materials and small components, as…
Duratt® TT series testing machines utilize high-performance linear motors and control systems with proprietary intellectual property rights, enabling the simultaneous realization of high performance, high frequency, high precision, and high durability in a single machine. They are widely used for fatigue durability testing of materials and components, as well as other high-precision mechanical performance tests,…
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 spinal injuries sphere. A new laboratory, the Frank Parkinson tissue engineering laboratory, has just opened at Leeds University. It contains what is believed to be the world’s first simulator capable…
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 path that will bring about the introduction of fully electro-mechanical wear simulators for the testing of knee and hip implants. Such systems will also be made available for the testing…
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 international testing standards are upheld, Prosim has appointed Gaitech. The Prosim business has been built on the back of its relationship with Professor John Fisher’s team at Leeds University, over…
