X-Nitro
Cut Your Nitrogen Costs by Up to 90% — Payback in 5-6 Months
Stop overpaying for bottled nitrogen. Generate on-site, on-demand.
X-Nitro on-site generators turn atmosphere into reliable, pure nitrogen—putting supply, cost, and quality firmly in your hands.
Burdened by recurring rental fees, delivery charges, and residual gas waste — your budget remains exposed to hidden costs and market fluctuations.
Suffer from variable purity, dropping flow, and delivery delays. Your product quality depends on the last tank's condition.
On-site high-pressure cylinder storage imposes space occupation, handling burdens, and ongoing safety liabilities.
Your costs focus on the machine, filters, and electricity, leading to a significantly lower total cost of ownership than cylinder supply.
X-Nitro N₂ generator delivers stable nitrogen flow, ensuring consistently clean welds while minimizing production downtime.
No more worry about high-pressure cylinder storage or manual handling — and no more explosion, leakage, or injury risks in your facility.
Up to 99.99% Purity
Turn Air into Assurance
While gas cylinders deliver fading flow and declining purity, X-Nitro generator consistently provides lab‑grade 99.99% nitrogen. The result? Uniformly clean, oxidation‑free welds from the first bead to the last, giving you predictable quality, higher throughput, and zero rework.
The True Cost of Nitrogen: Cylinders vs. On-Site Generation
| Feature |  Cylinder Supply |  On-Site PSA Generator |
|---|---|---|
| Annual Consumption | 3,000 Nm | 3,000 Nm |
| Logistics | ~334 Cylinders/year | None (On-demand) |
| Primary Cost | $11,690(Gas) | $7,500(One-time Investment) |
| Recurring Fees | $600(Rental & Delivery) | $680(Electricity & Maintenance) |
| First-Year Total | $12,290 | $8,180 |
| Ongoing Annual Cost | $12,290 | ~$680 |
Nitrogen cylinders lock you into ongoing costs that increase with usage and delivery frequency. On-site nitrogen generation replaces these recurring expenses with a one-time investment and low, predictable operating costs. For most laser welding shops, the system pays for itself in just 5–6 months.
- One-time Investment
- Typical ROI: 5-6 Months
- Low and Predictable Operating Cost
Calculate Your Nitrogen Savings in 5 Seconds
Enter your nitrogen usage details to see how cylinder costs compare with on-site generation. Based on your flow rate, purity requirement, and operating hours, the calculator estimates your total cost and potential savings—clearly and quickly.
Your total monthly expenses related to nitrogen
(including gas, transportation, and cylinder rentals)
$
Your total monthly expenses related to nitrogen
(including gas, transportation, and cylinder rentals)
Made to Replace Nitrogen Cylinders
X-Nitro PSA nitrogen generator is engineered specifically for your laser welding operation to replace nitrogen cylinders without disrupting production.
Eliminates cylinder deliveries and supply interruptions.
No Layout Changes Required. Plug-and-play.
Reliable on-site supply.
X-Nitro
Carbon molecular sieve typically lasts 5–8 years.
Start with a single switch.
No more oxidation worry.
X-Nitro
Delivers ≥ 2.5 m³/h nitrogen at ≥ 99.5% purity.
Move with ease.
On-site nitrogen supply eliminates downtime caused by cylinder changes, delivery delays, or supply interruptions.
On-site generation removes recurring cylinder costs and typically achieves payback within 5–6 months.
High-purity nitrogen up to 99.99% helps reduce oxidation and maintain consistent weld appearance.
The compact design integrates easily into production lines with simple setup and daily operation.
Why X-Nitro N₂ generator?
X-Nitro on-site nitrogen generator produces nitrogen directly from compressed air using PSA (Pressure Swing Adsorption) technology. Instead of relying on delivered cylinders, nitrogen is generated continuously inside your facility—exactly where and when it’s needed.
Cost Saving Case Study
One of our typical customers is a factory making electrical cabinets and server racks, running 2 laser cutting lines and 3 welding lines with 10 laser welding machines in daily production. Their nitrogen demand is around 28–32 m³/h.
Challenge:
- Gas pressure was sometimes not stable enough, which affected welding consistency.
- Weld quality issues appeared when pressure dropped, especially on stainless steel panels.
- Cylinder supply and delivery delays occasionally interrupted production.
- Frequent cylinder changeover increased handling work and downtime.
Solution：
For a metal enclosure plant with a nitrogen demand of 28–32 m³/h, a configuration of approximately 14 units (≥2.5 m³/h each) is recommended to ensure stable production supply, operational redundancy, and peak load handling.
Results：
- Annual cost saving: 75–85%
- Weld defects reduced by ~35%
- Rework reduced by 25–30%
- More stable and continuous production with fewer interruptions.
Precision Nitrogen Supply for Real Laser Welding
X-Nitro is designed to match real laser welding processes across a wide range of production environments. With controlled purity and stable flow, our nitrogen making machine supports both automated and manual welding operations where consistency, efficiency, and weld appearance are critical.
Power Every Weld Across Metals
Nitrogen is widely used for welding applications requiring oxidation control and cost efficiency, especially for carbon steel and stainless steel, improving weld quality and stability.
For more reactive metals such as aluminum alloys and titanium, nitrogen can be used as a supporting or mixed shielding gas to enhance protection and optimize welding performance.
This flexibility enables nitrogen to cover a wide range of welding needs, adapting to different material requirements.
Testimonials
See What Our Clients Say
Hear directly from factories running our equipment in real operations.
Unsure about Your Nitrogen Numbers?
Let our team handle the calculations and provide the best-fit solution — we’re available 24/7.
No problem. Get your personalized nitrogen solution in two easy ways:
1. Upload your bill for a precise usage and cost analysis.
2. Tell us about your production details, such as:
• Number of laser welding machines
• Daily/monthly production output
• Type of operation(automated or manual production lines)
• Factory location