Novair Industries products

NOVAIR presents NITROSWING, modular PSA nitrogen generator. After years of research and development, NOVAIR engineers have significantly improved NITROSWING performances, setting up the highest market standards in terms of efficiency, flexibility, and reliability. Each NITROSWING Modular PSA nitrogen generator can easily be upgraded at anytime by simply adding modules to the generator. The on-site production guarantees substancial savings to users a perfect autonomy and a supply continuity, an eco-friendly solution setting up the most demanding engineering standards.

Novair designed a high efficiency PSA nitrogen generator, NITROPLUS. With a wide range of capacities and varied purity levels, NITROPLUS meets the needs of all types of industries, with increased profitability. A perfect answer to industrial users of nitrogen who wish to gain autonomy and reduce their operating costs. NITROPLUS Ranges allow the production of high to ultra-high purity nitrogen (up to 10 ppm of residual O2).

Nitrogen is a gas widely used in laser cutting for its inert properties that prevent any reaction with the molten metal. In order to meet the specific nitrogen requirements of the industrials of laser cutting, NOVAIR has designed NITROSWING® LASERPACK. Developed in collaboration with industrial users, this unique solution allows a continuous and autonomous supply of nitrogen according to the specifications required by cutting machines. And whatever the thickness of the metal to cut (1 to 20 mm). NITROSWING LASERPACK is an innovative solution for the production nitrogen production and cylinder filling on site capable of feeding all types of laser, fiber or CO2 machines.

NOVAIR introduces OXYPURE, an on-site production solution based on the PSA process, an advanced technology that has proved high efficiency for many years. Oxypure is capable of producing high purity oxygen on-site, with an exceptional stability. As a pioneer in the design and manufacture of on-site oxygen generators, NOVAIR can meet the most demanding industrial specifications.

For industrials looking for a safe and autonomous supply of oxygen, NOVAIR introduces OXYSWING, oxygen generator delivering a continuous flow of oxygen 95% produced on-site. OXYSWING modular PSA generators implement a unique Pressure Swing Adsorption technology. Unlike twin-tower standard systems, OXYSWING^® generators feature multiple modules of molecular sieve, each implementing an optimized patented PSA process.

OXYPURE DS-PSA is a new generation oxygen generator applying an unique and patented technology. Based on a two-stage molecular separation process, the DS-PSA removes nitrogen, argon and traces of pollutants remaining after the first stage. This technology allows to obtain an ultra high purity oxygen (99%). Thanks to its OCS patented system, OXYPURE DS-PSA adjusts the outlet pressure when required flow increases, without affecting the concentration, which allows to obtain an oxygen production with an exceptional stability (+/-0.2%).

Forget high pressure cylinders and liquid oxygen deliveries, NOVAIR has designed ModulO2, a compact and mobile oxygen generator, producing and delivering, on site 10 to 20 lpm of oxygen 93% at 3.8 bar. With this user friendly device based on PSA technology, become your own supplier of oxygen, from an unlimited, universal and free raw material : air.

NOVAIR introduces a new range of generators equiped with the the V-PSA technology : the Oxypure V-PSA generators. These new generators are suited to extract the available oxygen in the ambient air from the other gases by applying the Vacuum Pressure Swing Adsorption (V-PSA) technology.

Expert in compressed gases since 1977, NOVAIR Industries offers complete solutions for the production of compressed air with or without oil, meeting the needs of the most demanding industries. Our units are entirely realized on specifications; They provide compression, treatment, air filtration and include advanced control features.

Through its subsidiary NOXERIOR, NOVAIR group is specialized in the design and manufacture of instrument air packages designed for operation under extreme ambient conditions.