Automatic Punching Machine Provides Those Convenient Services?

High-speed punching machine is made of special cast iron alloy with high rigidity and impact resistance. The slider is designed with long guide rails and equipped with a slider balancing device for smooth operation.

All anti-wear parts are equipped with electronic timing automatic lubrication system.

The punch stops automatically when the lubricant is insufficient. The control system is simple and the ram can run and stop exactly.

The flushers are switched on and off as often as required for production.

Frequent switching actually means frequent start-up and shutdown when there is no production or a small amount of production.

This situation can easily reduce the overall life of the punching machine and cause more performance problems.

Intelligent automatic punching machine has excellent product quality and is a good tool for processing and production.

The operation is very convenient, easy, fast and simple, and the production efficiency is very fast.

Therefore, KINGREAL‘s machines are very popular among large companies.

The very important problem that customers can solve is the problem that customers can solve.

In the main material, the main material of the high-speed punching machine is made of cast iron which has been treated with pressure elimination tempering and natural aging.

The structure is made of special cast iron alloy with high rigidity, good anti-vibration performance, small deformation coefficient and stable accuracy.

The punch of multi-process punching machine consists of various mechanisms, so special attention should be paid.

Before starting work, check the correctness of the various mechanisms of the punch, and check the connecting clutch and brake clutch for faults. Lubricate each lubrication point and check the operation of the centralized lubricating oil pump.

The requirements for the use of automatic punching machine parts are mainly as follows.

(1)   the ability of the parts to withstand the working load, mainly from the characteristics of the load, strength and stiffness and other aspects.

(2)   The working conditions of the parts (speed of movement, etc.) and the working environment (temperature, humidity, corrosion, etc.).

(3)   wear resistance, life, reliability and other requirements.

(4) The requirements of the size and quality of the parts.