The high-speed punch presses the material to plastically deform it, and the high-speed punch must match a set of molds (divided into upper and lower molds). The high speed press places the material between the two to achieve the desired shape and precision.

Therefore, the high speed press applies pressure to deform the material, and the force applied during the machining produces a reaction force. It is absorbed by the mechanical body of the high speed punch.

The design principle of high-speed punching machine is to convert circular motion into linear motion. Gears, crankshafts (or eccentric gears) and connecting rods are driven by high-speed punching clutches. The connecting rods and sliders of high-speed punching machines need to have a connection point of circular motion and linear motion.

The linear motion of the slider is realized, and the motion of the main motor to the connecting rod of the high speed punching machine is a circular motion. The flywheel is driven by the main motor of the high speed press. There are roughly two mechanisms in the design, one is spherical and the other is cylindrical. Through this mechanism, the circular motion is converted into a linear motion of the slider.

The high-speed punch presses the material to plastically deform it. Therefore, the high-speed punch must match a set of molds (divided into upper and lower molds) to achieve the required shape and precision.

The high-speed punch places the material between the two, and the high-speed punch applies pressure to deform the material, and the force applied during the machining produces a reaction force. It is absorbed by the mechanical body of the high speed punch.

Specification:

Straigtening performance:

*1:(Pneumatic):Option in case of pneumatic mandrel expansion is provi