Briefly introduce the friction press of the stamping parts processing plant

The friction press in the stamping parts processing plant uses the principle of relative movement between the screw and the nut. It has the characteristics of simple structure, easy manufacture, convenient maintenance, and low production cost. The friction press in the stamping processing plant has great flexibility when working, and the magnitude of its force can be adjusted by operation as required. When overloaded, the friction wheel slips without damaging the mold and equipment. It is suitable for bending large and thick workpieces and stamping processes such as correction, embossing, forming and warm and hot extrusion. The disadvantage is that the flywheel rim wears large, and the productivity and accuracy are low. 1 Pulley 2, 5 Friction disc 3 Shaft 4 Flywheel 6 Screw 7 Round nut 8 Bracket 9, 12 Transmission rod 10 Cross beam 11 Block 13 Workbench 14 Handle 15 Body 16 Slider The picture shows the friction pressure of the stamping parts processing factory Schematic diagram of the machine's structure. The transmission principle is: the motor drives the two friction discs to rotate at a high speed through the belt transmission; the shaft 3 can drive the two friction discs to rotate, and can also drive the two friction discs to move axially. Since the distance between the two friction discs is slightly larger than the diameter of the flywheel 4, the control handle 14 can control one of the two friction discs to contact the edge of the flywheel, and use friction to drive the flywheel 4 and the screw 6 to rotate, according to the relative movement of the screw and the nut The principle is to move the slider 16 upward (or downward) to complete the stamping process. Recommended Article: Technical Parameters of Crank Press for Hardware Stamping Equipment Previous: Basic Process of Stamping Parts Processing Project