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Helium Liquefiers & Purifiers – NexGen Series

A modular helium recycling system designed to recover, purify, and liquefy helium gas for reuse in cryogenic research instruments.

-Fully automated helium liquefaction system -Portable design for convenient laboratory operation -High liquefaction efficiency -Modular helium recycling solution -Large storage capacity up to 250 liters -Self-cleaning system enabling continuous operation -Intuitive software control interface

 

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Description

Quantum Design’s Helium Liquefiers and Purifiers provide a complete helium recycling solution for cryogenic laboratories. The system captures helium gas lost during normal boil-off or helium transfer operations and reliquefies it for reuse. This approach significantly reduces dependence on external helium suppliers and lowers operating costs while helping conserve helium, a critical and limited resource used in scientific research and medical technologies. The liquefier system features modular architecture, allowing laboratories to start with a smaller configuration and expand capacity as helium demand increases.

Models

NexGen 160 Helium Liquefier Liquefaction rate : 20+ L/day Dewar capacity : 160 L Dimensions : 104 × 71 × 152 cm Compressor type : Water-cooled (variable speed optional) Power consumption : 6.5 – 7.5 kW Helium purity requirement : 99.999% UHP helium Control : Automated touch panel

 

NexGen 250 Helium Liquefier Liquefaction rate : 20+ L/day Dewar capacity : 250 L Dimensions : 114 × 81 × 160 cm Compressor type : Water-cooled Power consumption : 6.5 – 7.5 kW Control : Automated touch panel

 

ATP30 Helium Purifier Purification rate : 30 L/min helium gas Output purity : 99.9995% Regeneration time : ~5 hours System type : Automated regeneration

Application

Helium liquefiers are widely used in laboratories that operate cryogenic instruments such as : Superconducting magnet systems NMR and MRI research magnets Quantum materials characterization systems Low-temperature physics experiments Cryogenic spectroscopy systems These systems are especially useful in facilities operating multiple cryogenic instruments that consume large amounts of liquid helium.

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