Blog

First, as the working time of the automatic laser welding machine increases, the threshold current of the laser will slowly increase, which will lead to the degradation of the laser performance of the automatic laser welding machine. The semiconductor laser die used is very small, and the working current density and optical power density are high, and the semiconductor single crystal material used as the laser material is prone to defects. These defects develop gradually under the action of electricity and light, resulting in the degradation of device performance. degenerate.

The mirror surface of the laser is formed by a cleavage process, and the mirror surface itself is affected by environmental conditions, and contamination can also cause the performance of the laser to degrade. Die welding is also a key technology. The die is soldered to the heat sink, effectively a few microns away from the discrete heat sink; semiconductor lasers generate heat when they operate. If there is too much solder, it will slowly climb up when heated, short-circuit the semiconductor laser, and cause the laser to deteriorate.

On the other hand, any automatic laser welding machine equipment needs to be carefully protected. In fact, the service life of automatic laser welding machines is not fixed. As long as we pay attention to protection, it can still extend its lifespan. The same goes for automatic laser welding machines. As long as it is regularly sorted, cleaned and maintained, its service life can basically be properly extended.

Which is the best automatic laser welding machine

With more and more domestic manufacturers developing and producing lasers, the technology has become more and more mature, and the price of automatic laser welding machines has also slowed down. Of course, any laser equipment needs our careful protection.

The fully automatic laser welding machine can easily achieve tailor welding, stitch welding and seam welding of various angles and positions. Especially in the welding of stainless steel sheet, iron plate, aluminum plate and other metal materials, it has the characteristics of fast welding speed, good surface effect, large penetration depth and small heat affected area. Combined with fixture and automatic programming control, it can meet the needs of fast and consistent welding of large quantities of similar products.

Product advantages of automatic laser welding machine

JPT Laser

We use advanced fiber lasers with a service life of more than 10w hours, low energy consumption, low failure rate, flexible optical fibers up to 10-15m, flexible and convenient, can be welded outdoors, and equipped with a hard protective layer.

Wanshunxing WSX professional welding head

This welding head has strong advantages in aluminum alloy welding and medium power welding applications. It is a cost-effective welding head.

The welding head adopts the motor to drive the X and Y axis vibrating lenses, and has a variety of swing modes. The swing welding makes the workpiece have processing parameters such as irregular welding seams and large gaps, which can significantly improve the welding performance and quality.

The internal structure of the welding head is fully sealed, which can prevent the optical part from being polluted by dust.

The protective lens adopts a drawer structure, which is easy to replace.

Can be equipped with various lasers with QBH connectors.

Hanli HANLI Chiller

Environmentally friendly refrigerant, perfectly compatible with all lasers

Stable and reliable performance, low failure rate, energy saving and power saving

Multi-axis mobile welding table

The whole machine is designed with thick aluminum plate, and the structure is sturdy

High positioning accuracy and sensitive response

No manual handling of products, automatic welding, simple operation

Solder spot monitoring

High-definition resolution display, better observation of welding process, beautiful welding seam

High-quality professional welding software

Hidden drawer keyboard design, easy to use

Centralized control switch, dustproof and anti-collision design