CRYO XC™ Systems

Learn about the specifications of the systems that are available for the CRYO XC™ Plus/CRYO XC™ and compare them side by side.

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CRYO XC™ Systems

Pressurized | Non-Pressurized

Learn what makes the Pressurized System and Non-Pressurized systems more suitable for different settings and facilities as well as the technical requirements for both systems available for the CRYO XC™ Plus and CRYO XC™.

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Pressurized system

Non-Pressurized system

PRESSURIZED

Pressurized system *

Non-Pressurized system

Non-PRESSURIZED

Description

The CRYO XC™ Pressurized system uses pressurized tanks and vessels for the storage and supply of liquid nitrogen.

During operation, liquid nitrogen is supplied into the system under pressure that is maintained inside the storage vessel.

Once inside the system, the coolant is processed into gasiform air that enters the controlled environment in the client cabin.

The CRYO XC™ Non-Pressurized system uses non-pressurized vessels or dewars for the storage and supply of liquid nitrogen.

During operation, liquid nitrogen is transferred into the system with the help of pressure created by the cryotherapy unit.

Once inside the system, the coolant is processed into gasiform air that enters the controlled environment in the client cabin.

AVAILABILITY

CRYO XC™ Plus
CRYO XC™

MEDIUM

The Pressurized System is cooled by Liquid Nitrogen (non-medical grade)

The Non-Pressurized System is cooled by Liquid Nitrogen (non-medical grade)

Storage

Low capacity tanks

Standard capacity tanks

High capacity tanks

Optimum Pressure

*Pressurized tanks are not included.

70 L, 160 L

180 L, 240 L, 320 L, 350 L

500 L, 750 L, 1000 L

1,5 to 2,5 BAR | 22 to 37 psi

Standard Tank (Dewar)

*Two dewar vessels are included with the non-pressurized system.

50 L (Non-Pressurized)

CONSUMPTION

Consumption (LN2) -

Consumption (Electricity) -

Precool -

5 to 8 Liters*

Max 4000W; Session 1000W;

Idle 140W; Drying 3400W

2 - 4 Liters (LN2)

Consumption (LN2) -

Consumption (Electricity) -

Precool -

4 to 7 Liters*

Max 4000W; Session 1000W

Idle 140W; Drying 3400W

2 - 4 Liters (LN2)

ROOM REQUIREMENTS

Minimum
Recommended

20 m2 | 200 sqft
25 m2 | 270 sqft

The pressurized system requires barrier free access to the supply zone. The lightest pressurized vessels/cylinders weigh approximately 150 Kg/ 330 Lbs when empty.

The recommended ceiling height is 240 cm / 8 ft

For more info go to Room Requirements

Minimum
Recommended

15 m2 | 160 sqft
25 m2 | 270 sqft

The non-pressurized system allows for easier access from the supply zone to the cryotherapy unit. The tare weight of the dewar vessel is 17 kg / 25 Lbs and 65 Kg / 130 Lbs when full. These vessels can be carried by hand for refills.

The recommended ceiling height is 240 cm / 8 ft

For more info go to Room Requirements

SUITABLE FOR

High capacity & high footfall locations. Wellness/Recovery centers, sports organizations, fitness centers, training facilities, rehabilitation facilities, medical facilities/clinics

Cryotherapy startups, wellness/recovery centers, spas, sports organizations, fitness centers, training facilities, beauty centers, home & private use, exclusive social clubs

APPROVAL

The Pressurized System requires a risk assessment for use in the facilities from the liquid nitrogen supplier and may require approval from the city.

The Non-Pressurized System requires a risk assessment for use in the facilities from the liquid nitrogen supplier and may require approval from the city.

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Learn More About Cryo Chambers

Find out how cryotherapy chambers can help your business grow, learn how a cryo chamber at home can be an everyday boost for users or research the steps on how to pick a cryo chamber.

Learn More About Cryo Chambers

Find out how cryotherapy chambers can help your business grow, learn how a cryo chamber at home can be an everyday boost for users or research the steps on how to pick a cryo chamber.