The stamping robot is a multi-purpose industrial robot that is specially designed for various punch presses and hydraulic press configurations, effectively replacing manual stamping operations and realizing automatic loading and unloading. The stamping robot has flexible vertical lifting, horizontal rotation, horizontal axis telescopic, workpiece rotation, workpiece flipping and other multi-degree-of-freedom actions, and can automatically adapt according to the height of the punch press, feeding height, and blanking height, and can meet the process requirements of various stamping products to the greatest extent. In order to realize unmanned automation intelligent factory. Stamping robots can be widely used in various batch manufacturers, such as metal sheet metal processing, punching, forming, and extension. There are also stamping processing of products such as transportation vehicles, clocks, home appliances, stationery, hand tools, hardware, computers, etc., and automatic feeding machines can also be installed to engage in automatic transfer of the entire production line for processing. At the same time, the punching robot can choose CNC punching machine, pneumatic precision punching machine, three-circular guide column high-speed precision punching machine or toggle-joint connecting rod high-precision high-speed punching machine according to the actual needs of the enterprise itself. Various series of punching machine equipment are used in automatic hardware processing. Extensive, has been recognized by many processing enterprises.
Improve working conditions for workers
In the stamping industry, in a variety of complex and dangerous environments, direct operation by hand is dangerous or simply impossible, and stamping robots can partially or completely replace people to complete the operation safely, greatly improving the working conditions of workers.
Increase Automation
Some simple but repetitive operations, stamping robots instead of manual work, can improve the degree of automation and production efficiency of the production process, reduce manpower, and facilitate rhythmic production.
