The BTS200 is currently one of the most widely used methods for bearing life prediction research on the market, providing reference value for researchers studying bearing life prediction and accelerated wear processes, as well as for bearing design and development engineers.

​The PT300, powered by a micro DC motor and governed by a DC speed regulator, allows for the selection of bearings with various fault types to assess the frequency patterns of these defects across different speeds.

The PT300Mini is a compact, portable demonstration rig driven by a micro DC motor with integrated speed control via a DC regulator. It supports a range of bearing fault simulations, allowing users to observe and analyse defect frequency characteristics at variable speeds.

The P500 Multi-stage Gearbox Fault Simulator adopts ABB 1.5 kW three-phase asynchronous motor driven directly by coupling, with frequency converter to adjust the speed, and adjustable magnetic powder load to increase the test load on the test bench. Bearings with different types of faults can be selected to verify the frequency characteristics of bearing defects at different speeds. Fault gear testing, oil circulation system testing, rotor dynamic balance testing module, start stop testing, and shaft friction testing can also be conducted separately or in combination with various defects in a safe and controllable environment. As an innovative experimental platform for studying the fault characteristics of rotating machinery, it fully meets the extensive needs of teaching simulation and scientific research users.