Introduction of Positioner for Industrial Robot Arc Welding Application
Introduction of Positioner for Industrial Robot Arc Welding Application
1. XXX (weight) single-axis E-type robot positioner
The E-type positioner has an external axis of the robot, and its speed can be programmed freely, and it is linked with the robot control system for trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. Through the reducer and slewing ring gear pair, the purpose of multi-stage reduction is achieved.
2.XXX (weight) dual-axis L-shaped Robot positioner
The L-type dual-axis positioner has two external axes of the robot, and the speed of each axis can be programmed freely, and it can be linked with the robot control system to perform trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. Through the reducer and slewing ring gear pair, the purpose of multi-stage reduction is achieved.
3. XXX (weight) two-axis H-type Robot positioner (head and tail frame type)
The H-type head-tail frame single-axis positioner has an external axis of the robot, and the speed of this axis can be programmed freely, and is linked with the robot control system for trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. Through the reducer and slewing ring gear pair, the purpose of multi-stage reduction is achieved. The tailstock is equipped with a brake device, and the tailstock turntable is fixed by the cylinder telescopic, so as to improve the overall safety factor of the positioner and the performance requirements of different types of applications.
4. XXX (weight) two-axis D-type robot positioner
The D-type dual-axis positioner has two external axes of the robot, and the speed of each axis can be programmed freely, and it is linked with the robot control system for trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. The multi-stage reduction is achieved through the gear pair installed on the reducer and the spherical roller bearing.
5. XXX (weight) two-axis C-type robot positioner
The C-type dual-axis positioner has two external axes of the robot, and the speed of each axis can be freely programmed, and it can be linked with the robot control system for trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. Through the reducer and slewing ring gear pair, the purpose of multi-stage reduction is achieved.
6.XXX (weight) single-axis M-type robot positioner
The M-type positioner has an external axis of the robot, its speed can be programmed freely, and it is linked with the robot control system for trajectory interpolation calculations. The positioner drive uses the robot system’s own motor and precision RV reducer. Through the reducer and slewing ring gear pair, the purpose of multi-stage reduction is achieved.
The tailstock is installed on the ground rail, and the distance between the tailstock and the headstock can be adjusted manually and automatically through the ground rail, so as to adapt to the installation of different kinds of workpieces and tooling.
The tailstock is equipped with a brake device, and the tailstock turntable is fixed by the cylinder telescopic, so as to improve the overall safety factor of the positioner and the performance requirements of different types of applications.
