The structure of injection robot arms: traverse axis can be driven by rod less cylinder or inverter motor, AC servo motor is optional. Vertical and Crosswise driven by pneumatic cylinder. Traverse axle and vertical arm are applied with advanced high rigidity linear slide rail, and light high rigidity alloy aluminum extrusion beam for Crosswise and Vertical axles. Integrating with linear guide and high rigidity bearing steel rod, it works with high speed, high efficiency, low vibration, and long use life.
Telescopic type injection robot arms: Using high rigidity linear slide rail and alloy aluminum structure beam with special double-speed belt substantially shortened the robot vertical height, and the full stroke can be achieved by half stroke of the cylinder. Thus it increased speed and stability of vertical axle. Furthermore, it can be applicable to low workshop.
Injection robot arms will alarm and display while pressure is not enough, and twitch anti-drop cylinder automatically to prevent the arm from dropping. End of arm Tooling. Reserved pipeline and detecting signal, a vacuum circuit and a grip circuit, can be used for vacuum/grip tooling for different products with various actions. Swivel structure can take out products cooperated with mould and fixed mould, fixed swivel angle: 90°. The most economical injection robot arm for under 250T I.M.M. RUNMA injection robot arm characterizes in stable and smooth operation, wear resistance and long use life. Both ends have air circle to reduce speed and hydraulic absorber, stable and economical.