Unique advantages of laser processing technology

① High production efficiency, reliable quality and quantity, and high economic benefits .

② It can perform various processing on workpieces inside a sealed container through a transparent medium.

③ In harsh or inaccessible working environments, robots can be used for laser processing.

④ There is no "tool" wear and no "cutting force" acting on the workpiece during the laser processing .

⑤ The divergence angle of the laser beam can be less than 1 milliarc (mas).

⑥ The diameter of the laser spot can be as small as micrometers (mm).

⑦ Laser treatment time can be as short as nanoseconds ( 10⁻⁹ s ) and picoseconds ( 10⁻¹² s ).

⑧ Non-contact processing : There is no direct impact on the workpiece, therefore no mechanical deformation occurs.

⑨ The energy and movement speed of the high-energy laser beam are adjustable, thus enabling various processing purposes.

⑩ It can process a variety of metals and non-metals, especially materials with high hardness, high brittleness and high melting point.

⑪ Laser beams are easy to guide and focus to achieve changes in various directions, and are very easy to cooperate with digital control systems to process complex workpieces. Therefore, it is an extremely flexible processing method that achieves a high degree of automation and processing accuracy.

⑫ During laser processing, the laser beam has high energy density and fast processing speed. It is also a localized processing method, with little or no impact on non-laser-irradiated areas. Therefore, the heat-affected zone is small, the workpiece has little thermal deformation , and the subsequent processing amount is small.

⑬ The continuous output power of high-power laser sources can reach kilowatts to 10kW, so lasers are suitable for both precision micro-machining and large material processing.