1. Processing Principle

The punching machine presses and stretches the plate through the mold to complete the punching process. The processing principle of the punching machine is to conduct high-speed impact force to the mold, and process the plate through the pressing and stretching force of the mold to form holes of different shapes such as circular, square, rectangular, and oval. It is suitable for steel plates and aluminum plates. , stainless steel plate and other materials processing.

The drilling machine continuously cuts the material by rotating the drill bit to form holes of the required shape and size. The principle of drilling machine processing is to rotate the drill bit on the material. While the cutting edge of the drill bit continuously polishes the surface of the material, the drilling machine can drill holes of different sizes and depths under control.

2. Scope of application

The punching machine is suitable for processing holes in thin materials such as steel plates, aluminum plates, stainless steel plates, etc. The general thickness is less than 3mm. It is commonly used in home decoration, automobile manufacturing, electrical appliance manufacturing and other fields in daily life.

The drilling machine is suitable for processing holes in various materials with different thicknesses. Whether it is steel, aluminum alloy, plastic and other materials, the drilling machine can be used for processing. In daily production and processing, drilling machines are more flexible, easier to operate and have wider adaptability.

3. Work efficiency

The punching machine can continuously punch holes at high speed, and the punch has a longer life and is faster. At the same time, multiple holes can be punched simultaneously during use, making the work more efficient.

Although the drilling machine can accurately control the depth and diameter of the hole, it is slower than the punching machine and the tools are prone to wear.

In summary, the difference between punching machines and drilling machines mainly lies in three aspects: processing principle, scope of application and work efficiency. Understanding these differences can help people choose appropriate processing equipment according to different needs in actual production.

I hope it can help you, and I hope you will adopt it