Application analysis of laser welding machine industry

Application analysis of laser welding machine industry

At present, laser welding equipment has penetrated into our lives and has become more and more widely used, gradually replacing traditional welding methods. So, which industries are laser welding machines used in?

Which industries are laser welding machines suitable for?

Application analysis of laser welding machine industry:

Laser welding machines are widely used in the sanitary ware industry: welding of water pipe joints, reducing joints, tees, valves, and showers. Glasses industry: precision welding of stainless steel, titanium alloy and other materials for the buckle and outer frame of the glasses. Hardware industry: welding of impellers, kettles, handles, etc., complex stamping parts and casting parts.

Laser welding machines are widely used in the automotive industry: engine cylinder gaskets, hydraulic tappet sealing welding, spark plug welding, filter welding, etc. Medical industry: welding of medical appliances, stainless steel seals for medical appliances, and structural parts. Electronics industry: solid state relay sealing and breaking welding, welding of connectors and connectors, welding of metal shells and structural parts of electronic products. Welding of motor shell and connection, optical fiber connector joint, etc. Household hardware, kitchenware and bathroom, stainless steel door handles, electronic components, sensors, clocks and watches, precision machinery, communications, handicrafts and other industries, automotive hydraulic tappets and other industries with higher strength products.

The advantages of laser welding machine are energy concentration, no pollution, small solder joints, wide range of weldable materials, high applicability, high-efficiency and high-speed welding, etc. Products that require welding seams are welded with laser welding equipment, which not only has small weld seams, but also does not require solder. Highly automated products: The laser welding equipment can be manually programmed for welding, and the path is automatic.

It can weld hard-to-access parts and implement non-contact remote welding with great sensitivity. The welding can be stopped at room temperature or under special conditions, and the laser welding equipment is easy to install. For example, when the laser passes through an electromagnetic field, the beam will not shift; the laser can be welded in vacuum, air and certain gas environments, and can pass through glass or materials that are transparent to the beam to stop welding.