As a culmination of automation technology, robots are the most fundamental equipment of “Industry 4.0” and serve as an essential indicator of a country’s technological innovation and advanced manufacturing level. Validynamics has summarized the current technologies and industrial status of robots both domestically and internationally, as well as envisioned the promising prospects for the future development of robotics.
Therefore, to improve industrial production efficiency, a large number of enterprises have started integrating robots with industrial production and applying industrial robots to manufacturing processes. Consequently, Validynamics has primarily conducted research on the current state and future prospects of the industrial robotics industry.
This equipment can test both joint motors and joints. The joint motor testing primarily involves simulating the performance of joint motors under different load conditions. This includes the operational characteristic curves of joint motors in open-loop states and efficiency cloud diagrams in closed-loop states.
The main aspects of joint testing are the operational performance under steady-state torque conditions, including transmission accuracy, operational characteristic curves, etc. It is also necessary to test the performance of joints under dynamic torque conditions.
It is recommended that this test bench adopts a system configuration with two workstations: one for joint motor performance testing and the other for robotic joint testing. Robotic joint testing is further divided into steady-state torque testing and dynamic torque testing.
More information on testing parameters details:
Robot Joint Motor Test Solution – Validynamics
Software Interface:
Motor Testing System for Automotive Auxiliary
