High precision and fast welding. Laser welding can achieve accurate position positioning and high quality welding, and its welding speed is suitable for automated production lines.
A wide range of applicable materials. It can weld refractory and heterogeneous materials, such as quartz, titanium, etc., and the welding effect is good.
Small heat affected zone, small deformation. Laser welding can significantly reduce heat input and reduce metallographic changes in the heat affected zone, thus reducing welding deformation.
Suitable for a variety of environments. It can work normally in normal temperature, vacuum, electromagnetic field and other environments, and the laser beam will not be offset.
High quality welds. The weld of laser welding is smooth, beautiful, high quality, no porosity, and usually does not need to be treated or only needs simple treatment after welding.
High flexibility. The laser beam is easy to focus and align, allowing the welding of small and closely spaced parts, and is suitable for the welding of micro-materials.
Applicable to a wide range of industries. Widely used in medical equipment, precision manufacturing, new energy, automobile manufacturing, electronic equipment, jewelry, aerospace and other industries.
These characteristics make laser welding technology an important place in modern manufacturing, especially in environments where high precision, high quality and efficient production are required.
