Reduce refill logistics
A correctly selected generator can reduce reliance on routine gas-cylinder deliveries and cylinder changes for compatible processes.
01 / HANDHELD WELDING SOLUTION
Handheld laser welding.
On-site nitrogen supply.
Bring the welder, wire feeding and shielding-gas supply into one application review. Select the gas package for your material, weld quality and actual consumption.
A MATCHED WORKFLOW
Equipment and gas,
considered together.
The gas-generation package uses PSA separation with a carbon molecular sieve. The generator takes prepared compressed air and supplies process gas to a compatible welding setup.
Original brochure equipment detail. The diagram shows system relationships, not a photographed installed customer workcell.
WHY CONSIDER ON-SITE NITROGEN?
Less cylinder handling.
A supply plan for regular work.
Plan around your welding schedule
Size gas production, pressure control and any buffer storage to your real flow demand and duty cycle.
Compare the operating cost
Compare cylinder purchases and delivery with compressor/dryer electricity, generator investment, filtration and service.
HOW THE PACKAGE WORKS
From prepared air to the weld.
- Compressed airProvide inlet pressure and flow for the selected generator.
- Drying & filtrationControl oil and moisture before the PSA stage.
- PSA gas generationCarbon molecular sieve separation prepares the process gas.
- Welding gas controlConfirm outlet purity, pressure and flow at the welder.
WELDING EFFECT / SUPPLIED REFERENCES
Compare the joint.
Review the process conditions.
These application samples compare an argon reference and a generator-supplied gas reference. They help frame a sample-welding discussion; they do not establish one gas as the best choice for every material.
Reference samples. Laser power labels are retained from the brochure; thickness, preparation, speed and other test conditions are not fully specified. Confirm the gas and process on your actual parts.
SPECIFICATION & SELECTION
Gas-supply selection essentials.
| Gas-generation method | Pressure swing adsorption (PSA) |
|---|---|
| Adsorbent described | Carbon molecular sieve (CMS) |
| Compressed-air inlet | 0.7–1.0 MPa inlet requirement listed; confirm final configuration |
| Air preparation | Drying and oil/moisture control; confirm required inlet-air quality |
| Outlet purity / flow / pressure | Specify for the selected configuration and welding duty |
OPERATING COST / A SITE-SPECIFIC COMPARISON
Compare the whole cost.
| Cost item | Cylinder supply | On-site generation |
|---|---|---|
| Initial setup | Cylinders / deposit, regulator and handling setup | Generator, matching air preparation and installation |
| Routine consumption | Gas refill price × actual cylinders used, plus delivery | Electricity for compressor, dryer and generator × actual running hours |
| Ongoing upkeep | Handling, transport and scheduled equipment checks | Filters, service and component replacement according to the selected equipment |
| Supply planning | Refill lead times and stock of cylinders | Output capacity, buffer storage and any required backup supply |
Savings depend on local gas prices, electricity, operating hours and maintenance. Request a comparison using your actual consumption and utility costs.
LET’S DISCUSS YOUR APPLICATION
Discuss the welder and nitrogen package.
Send the welding material, thickness, laser power, current shielding gas, consumption and operating hours. We will review the equipment and gas-supply requirements together.