Introduction to Handheld Laser Welding Machine:

Compared with argon arc welding, handheld fiber laser welding machine can complete the welding of various irregular metals with fast speed, small deformation, high precision, beautiful weld seam, and can be applied to the welding of precision micro parts. The welding speed is 10-12 times faster than argon arc welding, which is something that argon arc welding cannot achieve. In terms of energy consumption, the energy consumption of handheld laser welding machines is only half of that of argon arc welding, and the processing cost can be saved by 50%, with an hourly cost between 6-8 yuan. Welding finished products do not require secondary polishing, saving one process and greatly reducing costs. So handheld fiber laser welding machines have become a trend to replace traditional argon arc welding. It is about to become one of the main welding methods for manufacturers in the metal processing industry.

Comparison between handheld laser welding machine and traditional welding equipment：

Unlike traditional welding methods, the SC-FSH-1500XI-S handheld laser welding machine has simpler fixtures and even eliminates the need for welding fixtures. The grounding point does not need to be completely cleaned, even beginners can reliably weld materials of different thicknesses and conductivities. In addition, the heat affected zone is greatly reduced, and the subsequent grinding and polishing required by traditional welding methods are also reduced, thereby improving productivity, reducing waste, and lowering the cost of each workpiece.

Advantages of handheld laser welding machine:

1. Double patented handheld laser welding machine.

2. The fusion depth can be adjusted, the welding width can be adjusted, and composite welding of different materials can be carried out.

3. The welding heat affected area is small and the deformation is minimal.

4. High welding efficiency, 5-10 times faster than traditional welding speed.

5. Easy welding of stainless steel, aluminum, galvanized sheet, brass, and ultra-thin materials that are difficult to achieve with traditional welding.

6. The original oscillating head weld with a vibrating mirror can accept 0.5-0.6mm and a spot diameter of 1.5-3.0mm. The weld seam is more aesthetically pleasing, the defect rate is greatly reduced, and the weld seam width can be adjusted.

7. Laser safety interlock function, after leaving the material surface, pulling the trigger will not emit laser.

8. Compared with traditional welding methods, laser welding can weld to positions that cannot be welded by traditional welding methods, because laser welding belongs to non-contact welding and has great advantages in both splicing and spot welding.

9. Integrated industrial design, more aesthetically pleasing.

10. Multiple structural welding nozzle designs meet the flexible requirements of process fixtures for flat welding, fillet welding, fillet welding, and overlay welding.

11. Compared with traditional argon arc welding technology, laser welding has a greater heat fusion and deformation in thin plate welding, and is more difficult to handle in the later stage. Laser welding has a smaller thermal impact on thin plates, is less prone to deformation, has a uniform and smooth weld bead, and requires almost no treatment in the later stage.

12. Both novice and experienced hands can quickly learn how to operate, saving you expensive technical and labor costs! Laser welding is simple and convenient to operate, and can be done by experienced hands on the machine, solving the problem of difficulty in recruiting technical workers and high salaries for technical personnel.

13. The processing is pollution-free, and red light positioning is used when welding the handheld fiber head. The handheld processing head is lightweight, and the worker's efficiency is high. Long term welding is not easy to fatigue.

Technical parameters of handheld laser welding machine：

Handheld laser welding machineApplication industry:

Weldable materials:Stainless steel, carbon steel, brass, aluminum alloy, galvanized sheet, aluminum zinc plate, alloy steel, silicon steel plate, pickled sheet, titanium alloy, manganese steel, etc;

Application industry:Elevator manufacturing, agricultural machinery, sheet metal processing, environmental protection equipment, chassis and electrical cabinets, environmental protection equipment, kitchenware and bathroom, automotive parts, sports equipment, lighting fixtures, metal handicrafts, household appliances and stoves, communication equipment, food machinery, logistics equipment, advertising, cleaning equipment and other industries;