Laser tubes, especially CO2 laser tubes, have a wide range of applications in the field of laser processing. Its advantages and disadvantages can be summarized as follows:

advantage

1. High precision:

Laser processing uses the same fixture system, and the processing design is completed through programming software. Multiple steps can be completed in one go, achieving high-precision processing.

In modern manufacturing, precision is crucial, and laser processing and molding can make each part have the same size.

High efficiency:

Laser cutting has fast speed and high production efficiency. For example, lasers can cut several meters of pipes in one minute, hundreds of times more than traditional manual methods.

The laser pipe cutting machine covers a wide range of pipe cutting, from capillary tubes with a diameter of 2mm to large tubes with a diameter of 325mm.

2. Flexibility:

Laser processing can flexibly handle various shapes, and designers can perform complex designs.

Laser pipe cutting machine can not only cut, but also perform various processing techniques such as drilling, cutting angle, cutting arc, and even carving on the surface of the pipe.

Provincial materials:

Laser cutting of pipes has no burrs and shorter tail material, which can save material costs to a greater extent.

3. Easy to operate:

The laser pipe cutting machine is easy to operate, does not require high skills from the operator, has simple switching of pipe specifications, and is easy to operate.

Laser tube cutting only requires electricity, which is labor-saving, safe and environmentally friendly, and zero pollution.

Relatively long service life:

The working life of domestic laser tubes is generally around 1500 hours (taking 60W as an example), although there is a gap compared to imported laser tubes, it can still meet certain usage needs.

shortcoming

Cost issue:

Imported lasers are expensive, dozens of times more expensive than domestic lasers, and although they have superior performance, they increase the cost of use.

As consumables of laser equipment, laser tubes need to be replaced regularly, which also increases the cost of use.

Technical threshold:

Although laser processing is easy to operate, initial installation and debugging require certain professional knowledge and skills.

Advanced applications such as laser welding require specialized equipment and skills, and the technical cost is relatively high.

Maintenance requirements:

Laser tubes need to maintain good cooling conditions, otherwise it will affect their performance and lifespan.

Regular cleaning and maintenance of laser tubes and related equipment are required to ensure their normal operation.

In summary, laser tubes have advantages such as high precision, high efficiency, good flexibility, material saving, easy operation, and relatively long service life. However, they also have disadvantages such as high cost, technical threshold, and maintenance requirements. When choosing and using laser tubes, it is necessary to weigh and consider specific application scenarios and requirements.