In the metal processing industry, manufacturers use lasers to cut metals like steel, aluminium and other metals. Using pure nitrogen in laser cutting helps to give precise, more accurate cuts.
We, at Ved Firms, analyze the materials and processing equipment to create a tailored purity solution that would give the client the lowest cost per cut. Each material being processed will have a maximum allowable tolerance for oxygen. It is critical to provide a nitrogen purity level that will satisfy the optimum needs of the process. The purity of the gas is an important factor in overcoming the tendency for discoloration of laser-cut edges and to provide a high-quality finish.
We offer nitrogen PSA generators for laser cutting operation. With our generators, you can take full control of your supplying process, generating the exact quantity of Nitrogen at the needed purity. Our generators produce extremely pure nitrogen (up to 99.99%), giving you the highest level of efficiency in the laser cutting process.
For any additional information, please contact us.
Ved Firms, Thakurdas Gin Factory, Mondha Road, Chatrapati Sambhaji Nagar, Maharashtra – 431001
Metal fabrication companies can use nitrogen to achieve cleaner edges, reduce oxidation and improve the finish of laser-cut components. It can also help reduce post-cutting finishing and rework in suitable applications.
On-site nitrogen generation can be cost-effective for businesses with regular or high nitrogen consumption. It can reduce dependence on cylinders or delivered nitrogen and provide gas continuously at the point of use.
An on-site nitrogen generator can provide a continuous supply, reduce gas-delivery dependency, minimize the risk of gas run-outs and allow manufacturers to generate nitrogen according to their production requirements.
Yes, an on-site nitrogen generator can potentially reduce the cost of nitrogen compared with regular cylinder or bulk-gas supply, particularly for high-consumption laser cutting operations. Actual savings depend on nitrogen demand, operating hours and existing gas costs.
Consider nitrogen purity, required flow rate, operating pressure, laser power, material type, material thickness, number of laser machines and operating hours. These factors help determine the appropriate generator capacity.
PSA nitrogen generators are suitable for many laser cutting applications where relatively high purity, flow and pressure are required. The correct system should be selected according to the laser equipment and production requirements.
The choice depends on nitrogen consumption, operating hours, required pressure and production volume. For continuous or high-demand laser cutting, on-site generation can provide a more controlled and potentially more economical nitrogen supply.
Nitrogen demand can be estimated from the machine’s gas consumption, cutting pressure, nozzle size, material thickness, operating hours and number of machines. Peak demand should be considered when selecting the nitrogen generator.
Yes, a properly sized nitrogen generation system can supply multiple laser cutting machines through an appropriate distribution system. The generator should be sized according to the combined peak nitrogen demand and required pressure.
