Benefits of Using Laser Welding Machine China Factory over Traditional Welding Machine

MIG and TIG welding has been well-known as the best choices for welding small companies due to their excellent finish. But such welding needs dexterity and skill and despite its controllability suffers from many disadvantages. Laser welding machine in China factory substitute often outperforms arc welding processes and it focuses on beam limits heating effects. Laser welding China Factor is capable of welding jobs beyond the ability of traditional welding methods.

Traditional Welding Methods

MIG and TIG processes use a shielding gas to make an inert environment around the welding head. The arc is prepared with TIG by a hand-held filler material and a tungsten electrode used whereas with MIG welding the electrode is the filler wire. These welders may be adjusted to allow the welding of delicate components and the weld quality is top-notch. Another used method is spot-welding which operates by clamping parts between electrodes pair and passing an electric current. All spot-welding processes and arc transfer some amount of heat to the work piece that impacts the metallurgical structure across the weld.

Laser Welding

The heat needed for welding is supplied by a tightly focused beam of light with a diameter as small as two-thousandths of an inch. It is carried out by firing a series of short pulses that melt the metal to prepare a top-notch quality weld. Varying on the specific welding task, the filler material might be needed as with TIG. As the laser beam is focused tightly, heat input is reduced and parts will be handled almost instantly.

Improve Productivity with Laser Welding

Laser welding machine distributor will resolve several engineering issues, especially with regard to components that are sensitive to susceptible to distortion, excessive heat input, or that need precise welding.

Laser Welding Benefits

Control of the laser beam light provides users many advantages over spot-welding, TIG, or MIG:

Heat affected zone: The heat impacted zone is restricted and because of the fast cooling, the surrounding material is not annealed Metals: Lasers weld carbon steel, titanium, stainless steel, aluminium, precious metals, and dissimilar materials Weld strength: The laser weld is narrow with depth-to-higher strength and width ratio Deformation: Parts have less shrink or deformity Precision work: the tightly controlled small laser beam light permits No contact: No physical contact between the laser head and the material Scrap: Laser welding creates low volumes of scrap and is controllable One-sided welding: Laser welding will replace spot welding and needs access from one side only
Source: https://medium.com/@fqlaserweldercom/benefits-of-using-laser-welding-machine-china-factory-over-traditional-welding-machine-58dc7bd161c2