Structure of 6-axis stamping robot manipulator
Release time:
2024-10-05
The motion of each joint of the 6-axis punch press robot manipulator is jointly achieved by a servo motor and a high-precision harmonic reducer, and each linear axis is jointly achieved by a servo motor and a precision screw; Equipped with an electrical control cabinet and a teaching box, it has superior performance, low price, and easy operation. It can be freely connected to hydraulic presses, gear presses, pneumatic presses, tapping machines, riveting machines, etc., regardless of the size of the press tonnage and the height of the machine, to achieve free combination of equipment, all-round and multi angle realization of various complex stamping actions, flipping, waste removal, side hanging or oblique placement, stacking materials, etc., and adapt to the process requirements of continuous molds, single machine multi-mode, etc. Pre store 100 sets of product process information for easy production conversion. Identify dual material and punch presses for two or more stamping processes, protect the safety of industrial robots, punch presses, and molds, and enable remote communication.
The 6-axis stamping robot can install multiple sets of molds on a unified punching machine for active production, reducing punching machine investment. The 6-axis stamping robot reduces the investment in continuous punching molds and high-speed punching machines, and achieves active continuous production with simple equipment and molds, suitable for product stretching production, such as pressure cookers, water cups, filters, etc. When changing machine models, only simple debugging is required.
Application of 3D flexible wel
2024-11-19
The three-dimensional flexible welding platform achieves precise welding of comp
Learn More +What kind of workpiece is suit
2024-10-05
Firstly, the workpiece standardization robot follows a fixed route, and if the workpiece is not standardized, the robot will weld off center.
Learn More +2024-10-05
Pneumatic driven welding robot for switch control and secondary control. Due to the lower viscosity of compressed air, pneumatic transmission is easier to achie...
Learn More +