The Application of Laser Cutting Machine

Firstly, let's talk briefly about the main advantages of laser cutting machines over machining. Widly processing objects, small deformation, high accuracy, energy saving, and automation are all significant advantages of laser cutting. In addition, there are high-efficiency, tool-free wear, personalized shape processing and so on. It is no exaggeration to say that laser cutting has obvious advantages over traditional machining. This is also the key to the wide application of laser cutting machines and the booming market in recent years.

Let us understand the application industry of laser machine together.

1) Kitchenware industry
Traditional processing methods in the kitchenware manufacturing industry face problems such as low work efficiency, large mold consumption, and high use costs. The laser cutting machine has fast cutting speed and high precision, which improves processing efficiency, and can realize customized and personalized product development, solve the problems of kitchenware manufacturers, and have won the recognition of kitchenware manufacturers.

2) Automobile manufacturing industry
There are also many precision parts and materials in automobiles, such as automobile brake pads. In order to improve the safety of automobiles, it is necessary to ensure the cutting accuracy. The traditional manual method is difficult to achieve, and the second is low efficiency. Laser cutting can be used for faster batch processing. High efficiency, high efficiency, no burrs, one-shot molding, etc. These are the reasons why laser cutting machines are widely used in the automotive industry.

3) Fitness equipment industry
The diversity of fitness equipment also puts high demands on processing, and multiple specifications and shapes make traditional processing appear complicated and inefficient. Laser cutting has high flexibility, can be customized for flexible processing of different pipes and plates, and the finished product is smooth and burr-free, no secondary processing is required, and the quality and efficiency are greatly improved compared to traditional processes.

4) Advertising metal word industry
Advertising traditional processing equipment generally uses materials such as advertising fonts. Due to the unsatisfactory processing accuracy and cutting surface, the probability of rework is quite large. The high-precision laser cutting technology does not require secondary rework, which greatly improves work efficiency and saves corporate cost.

5) Sheet metal processing industry
With the rapid development of sheet metal processing technology, traditional sheet metal cutting equipment can no longer meet the current process and cutting form requirements. Laser cutting has gradually replaced traditional equipment with advantages such as high flexibility and fast cutting speed. Fiber laser cutting machines The widespread application in sheet metal processing is an inevitable trend.

6) Chassis cabinet industry
The distribution cabinets, filing cabinets, etc. that we see in our lives are products of standardized production of thin plates, which have high requirements for efficiency. The four or six stations of the laser cutting machine are relatively suitable and efficient. , For specific plates can also achieve double-layer cutting.

7) Agricultural machinery industry
With the continuous development of agriculture, the types of agricultural machinery products tend to diversify and specialize, and at the same time, new requirements are imposed on the manufacture of agricultural machinery products. Laser cutting machine's advanced laser processing technology, drawing system and numerical control technology not only reduce the production cost of agricultural machinery equipment, but also improve economic benefits.

8) Shipbuilding industry
In the field of shipbuilding, laser-cut marine steel plates have good cutting quality, good verticality of the cut surface, no drossing, thin oxide layer, smooth surface, no need for secondary processing, can be directly welded, and have small thermal deformation and curve cutting. High precision, reducing the number of man-hours, and achieving obstacle-free cutting of high-strength ship plates.