This is an intelligent servo control press with high cost-effectiveness.

More than 24 years, we have maintained close communication and collaboration with powder metallurgy manufacturers and technical experts nationwide. Through meticulous research, continuous practice, and by incorporating many customers’ feedback and suggestions, we have independently developed a precision servo-controlled press solution, which equipped with robotic arms, offers superior cost-performance. With a maximum design pressure of 480 tons, it fully meets the production needs of different manufacturers and offers better molding solutions for powder metallurgy manufacturers.

Benefits

01High Qualification Rate

The products produced by our press are identical, same as printing. It is attributed to the meticulous control of the servo system, which can achieve precise positioning, speed, and consistent pressure control, thereby ensuring the consistency and stability of the products.

02High Efficiency

High speed and accurate position. The direct-drive technology of the He servo motor is the core strength of the entire servo press, boasting rapid response capabilities, allowing for instant power transmission, swift and precise pressure application, and an increased molding speed of up to 60 times per minute, significantly enhancing the production capacity of enterprises.

03Good Durability

The structural design of our new generation of servo presses is more rational, resulting in improved durability and fatigue resistance of the main structure. Our precision manufacturing process ensures accurate coordination among components, leading to long-term stability and high-intensity production.

Other Features

The customization range from 3 to 480 tons.

High consistency in motion, the positioning accuracy of the up-down punching system is up to ±0.003mm.

Minimize the interference between the upper and lower molds, thereby extending the serving life of the mold.

Quickly embedded design, easy assembly and disassembly of molds.

The humanized hopper can quickly replenish powder.

Reduced noise levels ensure the safety of operators.

Maintenance requirements plummet by 50%, decrease in operational costs.

The embryo parts are automatically molded, enhancing production efficiency.

The robotic arm can be expanded to enhance the level of automated production.

Short-stroke operation allows one person to operate multiple machines.