Laser cutting requires high efficiency and high precision, which is extensively used in cutting metals and non-metals. During the cutting process, nitrogen can be used as auxiliary gas for cooling, preventing oxidization, blowing away slag, etc. The nitrogen generator can produce high quality nitrogen to ensure the success of laser cutting.



- Our nitrogen generator can continuously produce nitrogen gas with high purity for laser cutting. Since the purity and stability of nitrogen gas is strongly related to the cutting effect, our nitrogen generators promise to produce high purity nitrogen gas with low oxygen rate to ensure the stable gas supply for laser cutting.
- The output flow of our nitrogen generator can be precisely controlled to meet the requirement of laser cutting. During the laser cutting process, the nitrogen flow needs to be adjusted according to the thickness of the material, cutting speed and other factors. Our nitrogen generator is equipped with advanced flow control system, which can accurately adjust the flow of nitrogen gas according to the actual demand to ensure the stability and precision of laser cutting.
- Our nitrogen generator can also provide continuous gas supply for laser cutting. During the laser cutting process, a continuous supply of nitrogen gas is required to ensure the completion and stability of the cutting process. Our nitrogen generator has highly efficient gas production capacity, which can continuously and stably provide the required nitrogen gas for laser cutting to meet the demand of mass production.
- We can provide various types of nitrogen generators according to your needs, including small modular nitrogen generator, which can effectively reduce your production costs and improve product quality. We can also customize our nitrogen generation equipment according to your cutting materials and time limits.
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- PSA Nitrogen Generators PSA nitrogen generation is a technology to separate nitrogen from air by the adsorption ability of carbon molecular sieve under pressure by air compressor. After the air is compressed and purified (removing the oil, water and dust, etc.) before transferring into the absorption tower filled with carbon molecular sieves (CMS), the oxygen molecule will be adsorbed by carbon molecular sieve, while nitrogen molecules are too large so that they will not be adsorbed. Read More
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- PSA Oxygen Generator Two adsorption tower will be installed in parallel in PSA oxygen generator, one tower begins the adsorption phase while other tower regenerates by de-pressurizing. The PLC controller manages process valves with built-in logic for an automatic stop/start for continuous oxygen production. Read More