Co2激光切割系统在切割模具生产中的他优势是什么？

Due to the advantages of laser in focusing, the focusing point of thin film laser punching machine can be as small as sub-micron order of magnitude, which makes it more advantageous for micro-processing of thin films, and the cutting and drilling depth is controllable. Even at a low pulse energy level, a high energy density can be obtained, and materials can be processed effectively. Thin film laser punching machine belongs to non-contact processing, and the punching pattern can be set at will. At the same time, the machine has laser process functions such as marking, easy-tear line, solid line, dotted line, half-cut, and full-cut.

Processing advantages

1. The laser punching machine uses a high-beam quality American metal tube CO2 laser;

2. The laser punching speed is fast, and the single hole speed is as high as 150m/min;

3. The laser can operate on films of different thicknesses, with better compatibility and versatility;

4. The laser can cut some more complex patterns;

5. Laser punching does not require the replacement of blade molds, there is no problem of tool wear, and it can operate continuously for 24 hours.

1. This equipment is specially designed for precision die-cutting and micro-hole laser processing of roll materials such as plastics and paper.

2. The laser can be selected from CO2, UV, picosecond and other lasers according to the specific material characteristics

3. The microcomputer servo is used to control the fixed length and speed, and the laser head is digitally displaced, and the specification switching and pattern replacement are convenient and fast.

4. The air-expanding shaft is used for unwinding and the magnetic powder tension is controlled. The operation is simple and the material movement is stable.

5. The air-expanding shaft is used for rewinding and the magnetic powder tension is automatically controlled. The rewinding is firm and the end surface is neat.

6. It has the functions of automatic deviation correction, automatic visual alignment, error alarm, etc.

适用材料:

激光射束适合于几乎所有热塑性塑料部件和热塑性弹性体的焊接。即便是玻璃纤维或各种不同的材料也可以使用激光焊接。

激光穿透性:塑料的光学属性会收到结晶、填料、材料厚度和表面结构的影响。具有合适填料的近表面层可实现激光射束的最佳吸收，对于激光射束来说，本身塑料是透明的。

优点:

1.非接触式的灵活结合工艺  

2.待焊接的部件承受最小的热应力   

3.无机械压力

4.焊缝的几何形状简单  

5.无粉尘溢料  

6.无振动作业  

7.焊缝外观美观  

8.高度精密

9.焊缝强度高  

10.无夹具损耗