Electric Cryotherapy Chamber

Muke Intelligent Technology (Shandong) Co., Ltd. has independently developed an Electric Cryotherapy Chamber that breaks free from the constraints of traditional liquid nitrogen-based cryotherapy. By utilizing purely electric refrigeration technology, it creates an ultra-cold environment reaching temperatures as low as -130°C, providing a powerful and consistent cold‑stimulation experience for whole‑body wellness and recovery.

Product Specifications

Dimensions: 2100 x 1100 x 2670 mm
Packaging Dimensions: 2300 x 1200 x 2840 mm
Gross Weight: 460 kg
Operating Voltage: 380 V
Power: 13 kW
Maximum Electric Cooling: -130°C
Capacity: 2 Persons

Designed for Recovery and Revitalization

Supports Muscle Recovery: The rapid cold exposure helps reduce exercise‑induced muscle fatigue and stiffness, allowing athletes and active individuals to return to training sooner.
Promotes Overall Relaxation: The intense cold triggers a natural endorphin release, contributing to a sense of well‑being and mental refreshment.
Helps Manage Post‑Exercise Swelling: Cold‑induced vasoconstriction assists in minimizing soft‑tissue swelling after intense physical activity.
Encourages Deep Sleep: Many users report improved sleep quality following regular cryotherapy sessions, attributed to the body’s relaxation response.

Fully Integrated, All‑in‑One Architecture

No separate equipment room or external units are required — a single device constitutes a complete cryotherapy system. The Muke Electric Cryotherapy Chamber abandons the traditional split‑system layout (cabin, external refrigeration unit, independent cooling tower) in favor of a highly integrated design that seamlessly combines the refrigeration assembly, heat dissipation module, control unit, and treatment chamber into one unified machine. The footprint is reduced by over 65% compared to split‑system solutions; installation requires only water, drainage, and power connections. This integrated approach eliminates energy loss through long pipelines and cross‑system control delays, achieving a significant leap in both integration and operational stability.

Single‑Unit Auto‑Cascade Technology · HFC Mixed Refrigerant

Single‑stage direct‑drive compression down to -130°C — avoiding the energy efficiency pitfalls of multi‑stage cascades. The system uses single‑stage compression to achieve a superposition of multi‑level temperature zones, stably driving the evaporation temperature down to -130°C. Compared to traditional dual‑machine or multi‑machine cascade schemes, this design reduces input power by 35%, shrinks the footprint by 40%, and maintains a noise level of ≤58 dB(A). At an ambient temperature of 25°C, the unit reaches -130°C in approximately 90 minutes.

3D Thermal Bridge Conduction Technology · Reaches -130°C in 90 Minutes

The chamber upgrades the traditional line‑contact attachment method to a high‑density three‑dimensional thermal bridge structure, increasing the equivalent heat exchange contact area between the refrigerant and the outer wall by an order of magnitude and reducing thermal resistance by more than 60%. Measured cooling rates are 35% higher than conventional methods, with temperature field uniformity ≤ ±1.2°C. This eliminates localized overcooling and cold‑capacity blind spots.

Advanced Insulation: Foam Layer + Nano‑Aerogel + Thermal Break

The chamber features a composite structure comprising a high‑density foam core layered with seven coats of nanoscale aerogel. The outer shell and door frame utilize a full thermal‑break design to eliminate thermal short‑circuit pathways. The equivalent thermal conductivity is as low as 0.012 W/(m·K)—approximately three times better than conventional cryotherapy cabins. This significantly reduces energy consumption and prevents condensation or frost formation on the exterior, keeping the outer walls dry under any humidity conditions.

Engineering Expertise & Global Certifications

Muke Intelligent Technology (Shandong) Co., Ltd. was founded in 2020 and operates a 32,000 m² dedicated manufacturing facility in Shandong, China. Our research and development team specializes in ultra‑low temperature refrigeration and thermal management, holding multiple patents in auto‑cascade refrigeration, thermal bridge conduction, and insulation material integration. We are certified to ISO 9001:2015, CE, FDA, and RoHS standards, and our products are exported to over 30 countries.

Real‑World Application: ProActive Sports Recovery Clinic (London) integrated our electric cryotherapy chamber into their athlete recovery protocol. After three months of operation, they reported a 50% reduction in client‑reported muscle tightness and a noticeable increase in repeat bookings for recovery sessions. Their lead therapist noted: “Clients love the fact that there’s no liquid nitrogen handling — it’s safer, more consistent, and the results speak for themselves.”

Frequently Asked Questions

What is the difference between electric and liquid nitrogen cryotherapy?
Electric cryotherapy uses mechanical refrigeration to generate cold, while liquid nitrogen systems evaporate liquid nitrogen. Electric systems eliminate the recurring cost and handling hazards of liquid nitrogen, provide more stable temperatures, and can be operated indoors without special ventilation.

How does an electric cryotherapy chamber work?
It uses an auto‑cascade compression system to cool the chamber interior to as low as -130°C. The user stands inside for 1.5‑3 minutes while dry, cold air surrounds the body, triggering vasoconstriction and the body’s natural response to cold.

Is electric cryotherapy safe?
Yes. Our system is designed with multiple safety features including temperature monitoring, automatic shut‑off, emergency stop, and a thermal‑break door that can be opened from the inside at any time. It meets CE and FDA requirements and is operated by trained personnel.

How long does a session last, and how often can it be done?
A typical session is 1.5 to 3 minutes. Depending on individual tolerance and goals, cryotherapy can be performed several times per week. We recommend consulting with a professional to determine the optimal frequency.

Electric vs. Liquid Nitrogen Cryotherapy

How to Choose a Cryotherapy Chamber for Your Facility

1. Cooling technology: Decide between electric and liquid nitrogen based on operational preferences, running costs, and safety requirements.
2. Temperature range and speed: Look for a chamber that reaches -110°C or lower within a short ramp‑up time, with uniform temperature distribution.
3. Footprint and integration: Consider whether you have space for a split system or prefer an all‑in‑one unit that reduces installation complexity.
4. User capacity: Single‑ or two‑person chambers are available; choose based on expected client throughput.
5. Certifications and support: Ensure the manufacturer provides necessary certifications (ISO 9001, CE, FDA) and offers after‑sales service, training, and warranty.

Lifetime Support & Partnership

We offer complete OEM/ODM customization, free layout consultation, on‑site installation guidance (worldwide), and a 2‑year comprehensive warranty. Our technical support team is available 24/7 with a guaranteed 12‑hour response. Every chamber is assigned a unique digital ID for full traceability and lifetime firmware updates.