Performance and principle of 160 ton high speed punch press

The 160 ton high speed punch press is a mechanical equipment used for metal stamping processing. It has large stamping force and fast working speed. The following is the performance and principle of the 160 ton high speed punch press:

Performance features:

Large punching force: The 160 ton high speed punch press has a large punching force and can handle larger-sized and thicker metal materials.

High-speed operation: The high speed punch press works at a faster speed and can achieve high-efficiency production.

High precision: Through a precise control system, high-speed punching machines can achieve high-precision stamping processing to ensure product quality and accuracy.

High degree of automation: high-speed punching machines can be used in conjunction with automatic feeding equipment to realize automated production lines.

working principle:

The high speed punch press uses the power of the motor to drive the connecting rod and crankshaft, and converts the mechanical energy into impact force through the connecting rod transmission, so that the punch punches the workpiece. Its working principle mainly includes the following key links:

Motor drive: The high speed punch machine has a built-in motor, which drives the connecting rod and crankshaft to move.

Connecting rod transmission: The connecting rod converts the rotational motion of the motor into the up and down reciprocating motion of the connecting rod, and the transmission is achieved through the connection between the connecting rod and the crankshaft.

Crankshaft rotation: Through the rotation of the crankshaft, the punch is driven to perform up and down impact movements.

Stamping processing: The punch exerts impact force on the workpiece to punch the metal material into the required shape and size.

In general, the 160-ton high-speed punch press has large stamping force and fast working speed, and can achieve high-efficiency and high-precision metal stamping processing. Its working principle is based on motor drive, connecting rod transmission and crankshaft rotation, and uses a punch to exert impact force on the workpiece to complete the stamping process.