HRHLW-Handheld Laser Welding Machine

HRHLW-Handheld Laser Welding Machine

HRHLW-handheld laser welding machine is laser welding machine independently developed, designed and manufactured based on cutting-edge fiber laser technology, with the advantages of uniform welding seam, high welding quality, high welding efficiency, small welding thermal deformation and so on. The equipment is mainly composed of fiber laser, fiber laser welding head, chiller, wire feeder, welding control system and so on, it is handheld laser welding equipment with excellent performance.

In addition, the cutting and descaling functions can be selected according to actual needs, and the welding, cutting and descaling three-in-one laser head can be selected to configure welding, cutting and descaling three-in-one machine. The standard function is welding function, if need to use cutting or descaling function, need to replace the laser head accessories and reset the parameters on the control system. The welding, cutting and descaling three-in-one machine is mainly used for welding, followed by descaling. Since the cutting ability of low-power laser is not strong, the cutting function is rarely used.

The handheld laser welding machine has the advantages of stable quality, easy learning, convenient maintenance and so on, and operators without any welding foundation can easily start welding and produce high-quality welds after a short period of training. after short training.

Laser welding can weld materials such as carbon steel, stainless steel, copper, aluminum and their alloys, but it is mainly used for welding carbon steel and stainless steel, while welding high-reflective materials such as copper and aluminum will produce spatter. At the same time, welding defects such as pores and collapses will occur, and the welds will be potholes and uneven. If the swing welding head is used, the energy density of the laser can be dispersed to improve the uniformity of the weld temperature, which can reduce spatter to certain extent, and at the same time can improve welding defects such as pores and collapse to improve the quality of the weld. But at the same time, there are certain disadvantages, while the energy density of the laser is reduced, it is necessary to increase the power or slow down the welding speed.

The laser welding machine is different from the traditional welding machine, and the operating environment has higher requirements. When replacing the laser head accessories, special attention should be paid to prevent dust and metal dust and other pollutants from entering the laser head and causing equipment damage. If it is not used for a long time, the laser head should be wrapped tightly with film to prevent dust and metal dust and other pollutants from entering the laser head.

Extended Description

As a new type of welding machine, the hand-held laser welding machine has significant advantages such as wide variety of materials that can be processed and wide range of applications. At the same time, as laser welding technology becomes more and more mature and equipment investment and use costs are getting lower and lower, hand-held laser welding machines are gradually replacing traditional welding machines. Different powers can be selected according to different welding needs to customize products, at present, there are 1000W, 1500W, 2000W and 3000W models, and higher power products will be gradually launched in the later stage to better meet welding needs. At the same time, the wire feeding mechanism has also developed from the initial single wire feeding to the current double wire feeding to increase the width of the weld and better meet the welding needs. However, while the double wire feeding increases the width of the weld, it also slightly reduces the penetration depth. Choose between single wire feed welding and double wire feed welding according to actual production needs.

Various models are made now according to the orders, choose different brands of fiber lasers and fiber laser welding heads, and the delivery time is about 3 days.

Technical Parameters