Cryogenics

We are a major supplier of cryogenic compressors and pumps for the world's leading manufacturers of cryogenic systems.

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Compressors

Cryogenic compressors are designed for compressing inert gases

Pumps

Cryogenic pumps are designed to deliver liquefied inert gases

Helium expansion turbines

PBS cryogenic turbines are primarily designed for the expansion of inert gases

We supply components to the world's leading manufacturers of cryogenic technology

Our cryogenic compressors, cryogenic pumps and helium expansion turbines are used in helium and hydrogen liquefiers and freezers working at low gas or liquid temperatures ranging from 4 K to 150 K. Our long-term customers include the world's largest manufacturers of cryogenic technology such as Linde Kryotechnik, or research organizations, including the European Organization for Nuclear Research CERN and the Rossendorf Research Center.

Cryogenic technology service

PBS provides direct and indirect support for all of its cryogenic products during installation, commissioning and after-sales service.

If necessary, we perform all service interventions in the customer's facilities.
We also offer professional technical training for service personnel.

Compact design

Compact design, high efficiency, long service life and, in some cases, maintenance-free operation, are the main advantages of our cryogenic products.

Years of experience

We have many years of experience with a number of renowned research institutions and leading manufacturers of comprehensive solutions for various industries and healthcare sectors.

Projects according to specific customer needs

We create custom solutions. We address each project individually, allowing us to flexibly respond to customer requirements in the process of optimizing cryogenic systems in which our products are installed, as well as to adapt to different working media.

Various working gases

PBS cryogenic devices are used in research or industry for the liquefaction of helium, nitrogen, argon, etc., and their transportation in liquefied state.