PSA Nitrogen Generators For Laser Cutting Industry

Laser Cutting Industry

In nitrogen cutting, the material is melted entirely by laser energy, and the nitrogen gas blows out the slit and avoids inappropriate chemical reactions. The temperature of the melting point area is relatively low, coupled with the cooling and protective effect of nitrogen, the reaction is smooth and uniform, and the cutting quality is high.

Nitrogen gas operates as a screen in light gauge material and halts the progression of burning. It allows the laser to burn away the material. Nitrogen generation produces more power which in turn increases the cutting speed. Thus, the more power that nitrogen generation yields, the higher the cutting speed.

This enables cutting steel of varying thicknesses. Edges cut with nitrogen are of superior quality and do not contain any impurities. Additionally, the resulting edge is exceptionally receptive to applying powder paint coatings with proper welding surfaces.Our systems are affordable and used for laser cutting operations worldwide, producing 95 to 99.9995% purity, with output pressures meeting all application requirements.

Jiangsu Luoming Purification Technology Co., Ltd.

Jiangsu Luo Ming Purification Technology Co Ltd was established in May 2020 as a wholly-owned subsidiary of Suzhou Hengda Purification Equipment Co Ltd.. Laser Cutting Industry PSA Nitrogen Generators Manufacturers and Laser Cutting Industry Nitrogen Generators Suppliers in China.

With an area of over 16,000 square meters under construction, the Company integrates R&D, production, sales and services. By the end of 2022, we obtained the Class II Medical Device Production License. We specialize in manufacturing gas-related equipment including: medical molecular sieve oxygen generator, medical bunker oxygen system, module oxygen generator, aviation high purity oxygen generator, medical compressed air system, portable oxygen cylinder and other gas related equipment. Supply Custom PSA Nitrogen Generators for Laser Cutting Industry.