Generator Nitrogenii Specialis ad Applicationem Gasis Nitrogenii in Sectione Laser

Usus gasii nitrogenii in sectione laserica

In laser cutting, the material is completely melted by laser energy, and the cutting seam is blown out by nitrogen gas to avoid excess chemical reactions on the cutting surface. The temperature in the cutting area is relatively low, coupled with the cooling and protective effect of nitrogen, the reaction is smooth and uniform, the cutting quality is high, the cut section is delicate and smooth, the surface roughness is low, and there is no oxide layer.

The composition of the laser cutting dedicated nitrogen generator system includes an air compressor providing a gas source for the nitrogen generator. Nitrogen is separated from compressed air and concentrated in a low-pressure nitrogen storage tank, and then enters the final high-pressure nitrogen storage tank through a high-pressure nitrogen pressurization device.

High pressure gas for auxiliary cutting: Nitrogen, as a high-pressure gas, can remove oxygen from the cutting area and assist laser cutting. This can improve cutting quality, eliminate oxidation, prevent discoloration, thereby enhancing the adhesion and welding strength of paint pigments,

Optical path cleaning: Nitrogen gas is used for optical path cleaning, which can remove any particles from the laser beam path from the nozzle to the cutting area. This can prevent laser distortion and help maintain a more precise cutting path.

Optical head cleaning: Use nitrogen gas to blow the optical lens of the fiber laser. The cleaning of optical lenses ensures that the optical system is free of particles and moisture, protecting the laser and extending the service life of the equipment.

Cum aer per purificationem et exsiccationem pressurizatur, secundum aerodynamicam, nitrogenium et oxygenium in aere sub cribro moleculari zeolithico (ZMS) propter oscillationem pressionis adsorptionis, varias diffusionis rates per adsorptionem nitrogenii efficient. Oxygenium in cribro moleculari carbonis in superficie eius diffusionis ratem maiorem habet quam nitrogenii. Cum adsorptio non aequabilis esset, oxygenium a cribro moleculari carbonis magna copia absorpebatur, et nitrogenium in phase gaseosa concentratum et locupletatum est ad separatio oxygenii et nitrogenii efficiendam.