1. Cutting ability:

It is applicable to a wide range of materials and can effectively cut a variety of non-metallic materials (such as acrylic, wood, cloth, leather, etc.) and some metal materials (such as stainless steel sheets, etc.).

It can cut complex graphics and patterns to meet diverse processing needs.

2. Cutting accuracy:

The focused laser beam has a small spot and high cutting accuracy, which can generally reach millimeter-level accuracy, which is advantageous for the processing of fine parts and handicrafts.

The cutting edge is relatively smooth and the heat-affected zone is relatively small, which reduces subsequent processing.

3. Cutting speed:

The cutting speed is fast, which can greatly improve production efficiency compared with traditional cutting methods, especially for large-area and batch cutting tasks.

4. Equipment operation:

The operation is relatively simple, and the precise control of the cutting process can be achieved through the computer control system.

The operation is stable and reliable, and it can work continuously for a long time, reducing downtime and the risk of production interruption.

5. Maintenance cost:

The structure is relatively simple, and the maintenance of key components (such as laser generators, etc.) is relatively easy, and the maintenance cost is low.

There are relatively few consumables, and the main consumption during operation is auxiliary gas (such as oxygen, nitrogen, etc.) and electricity.

6. Environmental protection and energy saving:

The noise during cutting is low and the impact on the working environment is small.

Compared with some traditional cutting processes, the energy utilization efficiency is higher, and no large amount of harmful waste is generated, which meets environmental protection requirements.

7. Automation level:

It can be integrated with the automated production line to realize automated loading and unloading and cutting, further improving the automation level and production efficiency of production.