The 6-DOF Platform is a precision device that can achieve omnidirectional motion in three-dimensional space. Through the coordinated control of six electric/hydraulic cylinders, it can complete multi-dimensional composite motions such as lifting, pitching, and rolling. Its core is derived from the Stewart platform and adopts a parallel mechanism design. The positioning accuracy can reach ±0.1mm and the dynamic response time is <10ms. It is widely used in:
Simulation training: motion base of flight/driving simulators
Precision manufacturing: vibration compensation platform of semiconductor lithography machine
Medical rehabilitation: surgical robot positioning or balance training system
Military and aerospace: missile seeker test, satellite docking simulation
Entertainment technology: core drive of 4D cinema dynamic seats
The platform supports loads of 1-50 tons, is compatible with servo motors or hydraulic drives, and can be programmed through MATLAB/Simulink for motion trajectory. It is an industrial-grade solution for achieving high dynamic precision motion.
