Liquid Nitrogen Generators

Yes. It runs on standard 120V single-phase power through a 25A circuit, so there's no electrical work to schedule and no three-phase supply to arrange. For most clinics and small labs, plugging it in is all the setup it needs.

That's about 70 L a week, which comfortably covers routine cryotherapy and occasional sample work for a single practice or small lab. The built-in 55 L dewar holds extra reserve for your busier days, so a run of back-to-back procedures won't leave you short.

No. It's air-cooled, so it only needs clearance for airflow and standard power, with no plumbing and no chiller. That makes it the simplest model to self-install.

Around 13 cents per liter of LN₂ produced, a fraction of delivered bulk. It also only runs when the dewar needs topping up rather than producing continuously, so you're not paying to run it around the clock.

Yes. It runs on 220V three-phase through a 20A circuit, so it's worth confirming your facility has three-phase service before ordering. Most labs already have it; if you're not sure, your electrician or our team can verify it from your panel before you commit.

30 L/day, about 210 L a week, with a 135 L onboard dewar for reserve. It suits the majority of labs, IVF clinics, multi-room practices and food operations that need a dependable daily supply.

It sits at the point where output, footprint and price line up for the widest range of buyers: enough LN₂ for a busy lab or clinic, an air-cooled design with no plumbing to install, and a size that fits a standard utility space. For most facilities it covers daily demand without stepping up to an industrial skid.

Its cabinet measures about 63" long by 30" wide and 68" tall, so it fits against a wall in most lab or utility rooms. Because it's air-cooled, it just needs clearance around it for airflow rather than a separate plant room or water connection.

The Titan 60 is water-cooled, so alongside its 220V three-phase supply it needs a water connection at the install point to carry away the heat from liquefaction. We confirm the connection and flow on a site check before install, so it's set up correctly from day one.

It produces 60 L/day, about 420 L a week, which suits busier laboratories, IVF clinics and food operations that run a steady daily draw and want a comfortable buffer for peak days.

The 200 L onboard dewar holds roughly three days' worth of the unit's full daily output in reserve. Routine draw is served straight from storage, and the generator tops the tank back up automatically when the level drops.

It produces 120 L/day, about 840 L a week, on an industrial-class platform with 460/480V three-phase power, water cooling and a full skid build. It's engineered for high-use labs, manufacturing and multi-line facilities running a heavy daily draw.

It needs 460/480V three-phase on a 70A circuit and a skid footprint of roughly 78" × 120" (about 6.5 ft by 10 ft of floor), plus a water supply. We confirm power, space and cooling on a site check before install, so there are no surprises on the day.

Yes. It ships with a 200 L tank as standard and can be configured up to 300 L if you want more reserve between production cycles.

It produces 240 L/day, about 1,680 L a week, on a compact ~78" × 120" skid. That puts high-volume output on a relatively small footprint, which makes it a common pick for facilities scaling up their daily demand.

A 500 L tank as standard, configurable up to 1,000 L, giving high-volume sites a large on-site reserve so production keeps pace with demand.

460/480V three-phase on a 70A circuit and a water supply for cooling. We verify your electrical and water capacity on a site check before install.

It's the top of the range at 480 L/day, around 3,360 L a week, for industrial and multi-line facilities with the heaviest LN₂ demand. It runs on 460/480V three-phase power at 80A and is built to keep a large operation supplied without falling back on deliveries.

A 500 L tank as standard, expandable up to 2,000 L. That lets you carry a substantial reserve for peak demand or to ride through a maintenance window without interrupting supply.

Yes. When your demand runs past what a single 480 produces, multiple units can be installed side by side to scale output and add redundancy, so one unit going down for service doesn't stop supply. Each is a self-contained skid of roughly 78" × 120", and the free supply audit works out how many you need from your real daily volume.

Yes. It's designed for continuous operation, producing whenever storage runs low and managing pressure automatically, so a high-demand facility has LN₂ on tap around the clock. As a water-cooled system, it needs its water supply connected to sustain full output.