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Metal Cutting Industry

On-site nitrogen and oxygen for plasma, oxy-fuel and laser cutting, and coolant transfer in machining.

Industry-specific solutions

Metal Cutting Industry
Engineering Solutions

In metal cutting shops, oxygen gives fast cutting of carbon steel in oxy-fuel and laser cutting, while nitrogen gives a clean edge on stainless materials. By generating both gases on site we remove cylinder costs and supply risk, and we offer durable pumps for coolant and cutting oil transfer.

Job shops often cut carbon steel, stainless and aluminium on the same day, which means switching between oxygen for fast, oxidising cuts and nitrogen for clean edges. Generating both gases on site with oxygen and nitrogen generators covers oxy-fuel, plasma and laser cutting without juggling cylinder stocks. On the machining side, twin screw pumps move coolant, cutting oil and chip-laden fluids with little pulsation, and laser cutting and CNC machines can be included in the same scope. For a proposal, send your cutting processes, materials and thicknesses, gas consumption, and coolant flow and pressure.

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Frequently asked questions

Can on-site oxygen replace cylinders for oxy-fuel cutting?

Yes, a PSA oxygen generator typically delivers 90–95% purity, which works for many oxy-fuel and laser applications on carbon steel. Cutting speed may be slightly lower than with 99.5% bottled oxygen. Material thickness, number of torches and operating pressure determine generator and buffer size.

Why use a twin screw pump for coolant and cutting oil?

Twin screw pumps handle both thin emulsions and higher-viscosity cutting oils, tolerate fine chips and deliver a steady, low-pulsation flow, including high-pressure through-spindle cooling. Flow, pressure, viscosity and filtration level of the coolant determine pump size and screw design.

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