What are the accessories of laser welding machines

1、 Expanding lenses. A beam expander is a lens component that can change the diameter and divergence angle of the laser beam in a laser welding machine.

2、 Protective lenses. The main function of protective lenses is to block debris splashing and prevent splashing from damaging the lens and operators. Both sides are coated with high damage anti reflective film to reduce reflection. The replacement cycle of protective lenses is 3 months or depending on the situation.

3、 Reflective lenses. In a laser system, there are generally only one to two transmission optical elements, which are used as output mirrors and focusing lenses for the laser cavity.

4、 Copper nozzle. The copper nozzle can assist in rapid gas spraying, effectively preventing impurities such as molten stains from rebounding upwards, and can also protect the focusing lens. The replacement cycle of the copper nozzle is generally about two months.

There are multiple main configurations for laser welding machines, and well-known accessories such as galvanometers, chillers, and lasers are all important and indispensable.

Firstly, let's talk about the galvanometer. The galvanometer is one of the important factors determining the quality of laser welding machines, and it is the main factor affecting the quality of laser welding machines. In high-speed scanners, the working principle of laser galvanometers is to convert signals into digital signals. The laser galvanometer is the core part of welding equipment, and its performance directly affects the operation of the laser galvanometer, and laser welding is achieved through this system.

With galvanometers, the automation and speed of lasers have greatly improved. Due to the large mechanical inertia of laser processing heads or workbenches, the laser processing speed of traditional laser processing systems is relatively slow. However, laser processing systems with galvanometers as the core fundamentally solve this problem, resulting in a greater increase in processing speed, which is several orders of magnitude higher than the original speed.

Secondly, the chiller can enable laser equipment to achieve the expected cooling effect in a short period of time. The heat generated by laser is very large, and using laser cooling can keep the temperature of your laser equipment within a stable temperature range, which can enable the laser to produce the best results. In general, the working temperature of a laser is very high, and adjusting the temperature can help dissipate heat and avoid the heating of important components. Moreover, this temperature adjustment can greatly improve the lifespan of the laser.

Finally, there is the laser, which is a device that uses radiation to achieve visible and invisible light. It has a complex structure and high technical difficulty, and is a comprehensive system composed of four major systems: optics, power supply, control, and machinery.

The galvanometer, chiller, and laser are the three core components of laser welding machines, and laser welding machines with these configurations will also have higher cost-effectiveness.