Welcome to MAXTECH! We specialize in Stamping industrial robots parts, with a professional team and advanced technology. Our high-quality parts are precisely manufactured to meet strict standards. They ensure stable performance and high efficiency of stamping industrial robots, and are widely praised by customers in the industry.
Industrial robots work with dies to separate the sheet metal along a closed contour, obtaining flat parts or open hollow parts. For example, the blanking of the outer shape of electronic device housings. It can efficiently produce parts with high precision and is widely used in industries such as electronics and automotive.
Robots bend metal sheets, tubes, or profiles into a certain angle or curvature to manufacture components like car seat frames and window frames. This can enhance the rigidity and stability of parts and enrich the shape and structure of products.
Flat blanks are made into hollow parts, such as automobile engine oil pans and cookware. Industrial robots can precisely control the drawing process to produce complex-shaped and high-precision hollow parts.
The edge of a hole or part is folded by stamping, which is used to increase the edge strength and facilitate assembly, etc., such as the connection parts of automobile body components. It can improve the overall performance of parts and optimize the product structure and function.
The hollow workpiece is expanded radially outward to form a part with a larger local diameter, which is often used in the manufacture of pipe fittings and containers. It can effectively improve the bearing capacity and space utilization of parts.
The metal stamping process is widely used in industrial robot components manufacturing for several reasons. It enables high-precision production, ensuring components meet strict accuracy requirements. It's highly efficient, capable of mass production to meet market demand. Besides, it reduces material waste, cutting costs. Moreover, it enhances components' mechanical properties, improving robots' overall performance and reliability.
