Shandong Xinhong CNC Technology Co., Ltd

Laser Auxiliary Systems

Nitrogen Generation for Laser Cutting Solution

Replace bottled nitrogen with on-site PSA generation: 99.9% purity, 10-80 m³/h flow, 0.6-0.8 MPa - a fixed plant investment with a documented 6-12 month ROI for cutting operations.

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PSA nitrogen generator supplying assist gas to fiber laser cutting operations
Medium-power cutting, stainless to 8 mm
High-power thick plate, 30 bar assist
Clean dry compressed air for the PSA feed

Bottled nitrogen is the hidden cost line that grows every time you win more work

Every nitrogen-assist laser job consumes cylinder gas. As order volume rises, cylinder deliveries, rental fees and changeover downtime scale with it - and a single empty bottle mid-shift stops the entire cutting line.

What on-site PSA generation changes, in numbers

99.9%Nitrogen purity
10-80m³/h flow range
0.6-0.8MPa output pressure

Xinhong's PSA nitrogen generator separates nitrogen from compressed air on-site, so assist gas is produced continuously at your own pressure - no cylinder swaps, no delivery schedules, no minimum-order gas contracts.

Buyer decisionBottled supplyPSA on-site
Gas cost trendRises with volumeFixed plant, documented 6-12 month ROI
Mid-shift supply riskEmpty cylinder stops cuttingContinuous generation at 99.9% purity
Purity consistencyVaries by batchSpecified 99.9% for oxide-free stainless edges

Sizing depends on your laser power, thickness mix and shift pattern - the selector below matches the right gas equipment from real unit specifications.

Buyer value

Convert a variable gas expense into a fixed plant investment with a specified payback window, and cut stainless thick plate at 30 bar-class assist pressure when your work demands it, using the integrated gas mixing system.

Match your requirement to a machine

Recommended machine
PSA Nitrogen Generator for Laser Cutting

PSA 99.9% purity, 10-80 m³/h, 0.6-0.8 MPa

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Application case

Bottled nitrogen replaced by on-site PSA generation on a stainless cutting line

Bottled nitrogen replaced by on-site PSA generation on a stainless cutting line

Who: a precision sheet metal workshop in Europe that runs stainless production on a fiber laser cutting line. Machine: Xinhong PSA nitrogen generator supplying the cutting line's assist-gas manifold. Problem it solved: the line depended on delivered cylinder banks, so gas cost was a line item per delivery and cutting stopped when a bank ran out mid-shift. Before: cylinders were ordered, stored and switched manually, and the gas cost per part could not be separated from other consumables. Now: nitrogen is generated on site at 99.9% purity, 10-80 m3/h flow and 0.6-0.8 MPa, so the line draws from its own supply. Where the numbers come from: the PSA generator specification sheet plus the workshop's gas invoices before the change; any payback period depends on the plant's electricity tariff and cutting hours and is confirmed with a quotation-based calculation, not published as a fixed figure.

Application based on customer feedback; individual results depend on materials and production conditions.

Tube cutting cell: stable purity ends parameter re-tuning between cylinder banks

Who: a tube cutting cell that runs two shifts on 3 mm stainless tube and thin sheet. Machine: Xinhong PSA nitrogen generator paired with the cutting cell's assist-gas line. Problem it solved: nitrogen purity drifted between cylinder deliveries, which changed the cut edge on thin stainless toward the end of each cylinder bank. Before: the operator re-tuned parameters whenever a new cylinder bank was connected. Now: the generator's 99.9% purity output is continuous, so the parameter recipe stays valid through the shift. Where the numbers come from: the PSA generator specification (99.9% purity, 10-80 m3/h flow, 0.6-0.8 MPa) plus the cell's parameter-change log; any claim about scrap rate needs the cell's own measurement.

Application based on customer feedback; individual results depend on materials and production conditions.

Carbon steel fabricator: O2/N2 recipe switching on one thick-plate nest

Who: a sheet metal fabricator cutting 6-12 mm carbon steel with a high-power fiber laser. Machine: Xinhong nitrogen generator for the general cutting line plus a gas mixing system for the thick-plate work. Problem it solved: thick carbon steel needed oxygen for speed but the shop wanted the option of nitrogen for edge quality on the same nest. Before: the choice meant swapping gas supply configuration between jobs. Now: the mixing system switches O2/N2/air recipes per job, and the generator supplies the nitrogen side on-site. Where the numbers come from: the gas mixing system specification and the generator flow specification, plus the shop's job router; the cost-per-part comparison depends on local gas and electricity prices and must be calculated on the buyer's own tariff.

Application based on customer feedback; individual results depend on materials and production conditions.

Customer ratings

“Use case: on-site nitrogen supply for a stainless cutting line that previously ran on cylinder banks. | Assessment: the saving we can defend on paper is the gas line item, not a claim about machine uptime. | Verified point: 99.9% purity at the generator outlet, checked against the specification at commissioning. | Source: commissioning record and monthly gas invoice comparison, 2024-2025.”
Plant engineerPrecision sheet metal workshop, EU (anonymised)
“Use case: two-shift 3 mm stainless tube and thin sheet cutting where purity used to drift between deliveries. | Assessment: not having to re-tune at every cylinder change is the practical gain for my operators. | Verified point: parameter-change log shows the recipe held for the whole shift over the recorded period. | Source: shift parameter-change log, 2025.”
Shift supervisorTube cutting cell operator, EU (anonymised)

Certifications & compliance

ISO 9001:2015

ISO 9001:2015

Quality management system certified across R&D, production and after-sales service of laser auxiliary systems.

CE Marking

Xinhong auxiliary systems are CE certified per company records. Request the applicable Declaration of Conformity with your quotation.

Company strength

The manufacturer behind your gas infrastructure

Founded2005 - Shandong Xinhong CNC Technology Co., Ltd
Factory scale100-300 employees, Shandong Province, China
R&D strengthPSA generation, gas mixing and cooling engineering with IPG (USA), RAYCUS and GW laser partners
CapacityAnnual revenue 10-50M USD across a 48-model machine and auxiliary portfolio
PartnersSchneider Electric controls; IPG / RAYCUS / GW laser sources
Export countriesEurope and global markets, CE-compliant configurations

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PSA Nitrogen Generator for Laser Cutting

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Related reading

Buyer FAQ

What purity and flow does the PSA nitrogen generator deliver?+

The PSA generator produces 99.9% purity nitrogen at 10-80 m³/h and 0.6-0.8 MPa, sized to your machine's assist-gas demand. Send your laser power and cutting thickness mix and we will confirm the flow class in your quotation.

How fast does a nitrogen generator pay for itself?+

Based on unit specifications, on-site generation eliminates bottled nitrogen costs with a 6-12 month ROI. Actual payback depends on your cutting volume and local cylinder pricing, which we confirm during quotation.

Can the system supply both nitrogen and oxygen cutting recipes?+

Yes. The gas mixing system blends oxygen, nitrogen and compressed air with ±1% mass-flow accuracy and recipe-based switching, so one machine serves different materials without manual changeover.

What data should I send to size a nitrogen system?+

Provide your laser power, material thickness range, daily cutting hours and current bottled-gas spend. Our engineers will size the PSA unit, compressor and dryer as one integrated gas solution.

Request a quotation for this solution

Send your requirement details below - our engineers will confirm the right machine configuration in your quotation.

Nitrogen Generation for Laser Cutting Solution

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Nitrogen Generation for Laser Cutting Solution