The ability to produce nitrogen on demand, at the right purity and pressure, is invaluable across a wide range of industries. Whether it’s used to improve product quality, protect materials, or streamline production, on-site nitrogen generation offers practical benefits tailored to each application.
3D printing
In additive manufacturing, nitrogen is used to create inert environments that prevent oxidation during printing—especially with reactive metals like titanium and aluminium. On-site nitrogen generation offers consistent gas quality, supporting smoother surface finishes, stronger end parts, and greater process control for high-performance prints.
Laser cutting and metal fabrication
In laser cutting, nitrogen is used as an assist gas to prevent oxidation and achieve clean, precise cuts—especially on stainless steel and aluminium. On-site generation guarantees a consistent, uninterrupted flow of high-purity nitrogen, avoiding production stops caused by empty cylinders or late deliveries.
Breweries and beer production
Nitrogen plays a key role in modern brewing—not only for purging tanks and blanketing during storage, but also in packaging, where it helps protect flavour and carbonation. By generating nitrogen on site, breweries can eliminate reliance on deliveries and produce consistent, food-grade gas for every stage of production.
Pharmaceuticals and laboratories
In pharma and laboratory settings, nitrogen plays a role in packaging, blanketing, drying, and analytical instruments. On-site generation ensures a constant, reliable supply that meets strict quality requirements while reducing handling and delivery-related safety risks.
Winemaking
Winemakers use nitrogen for blanketing during fermentation, racking, bottling, and storage—essential steps in preserving aroma and preventing oxidation. On-site nitrogen generation ensures a continuous, gentle supply of gas to protect the wine's integrity while reducing cost and reliance on external suppliers.
Spray painting and surface finishing
Nitrogen is increasingly used in spray painting applications to improve atomisation and coating consistency. It helps achieve a more uniform spray pattern, reduces overspray, and improves transfer efficiency. On-site generation offers a steady supply of clean, dry nitrogen—ideal for high-end finishes in automotive, aerospace, and industrial coatings.