Cryo Surgery  -175 °C

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The basis of our CryoSurgery LN2-free devices is a unique single-compressor technology which provides a temperature of -175 °С at the end of the surgery instrument needle.

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More than 300 pcs. of the previous version of cryosurgery devices were delivered for Ukrainian medical institution within the past 20 years. Kryotech has only received positive feedback from surgeons who purchased the device. It is useful for procedures in gynecology, dermatology, maxillofacial surgery, otolaryngology, ophthalmology oncology, veterinary medicine.

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Advantages: 

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⊲ The heat exchanger is inside of the handle, cold is formed only on the tip of the cryoapplicator;

⊲ single-compressor;

⊲ nitrogen-free.

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Operating temperature on the tip: -175°С

Cryo-applicator cooling time: ≤ 2.5 min

Cryo-applicator warm-up time: 1 min

Cryo Sauna  -110 °C

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Other than the basic unit, there are three concepts designed for different applications:

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CryoSauna Modules ­– the optimal solution is to place the system inside a small room. Most appropriate location for this module is a private house, beauty salon, etc. It does not require any special skills to install;

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CryoSauna Sport­ – a sauna equipped with the several high power rooms to provide service for the continuous flow of visitors. It supposed to be an optimal solution for sports centers; 

  

CryoSauna Mobile –sauna with one or more cryo-chambers that can be placed on a mobile platform (such as automotive or train vehicles). This option is supposed to be good for sports events, show-business and other outdoor entertainment because it can be easily installed near the venue of the event.

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CryoSauna from Kryotech provides our customers with important advantages:

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⊲ working temperature is as low as -110 °C (the only product on the market);

⊲ energy saving;

⊲ noise-less;

⊲ highly secure and uses only environmental friendly coolants.

Cryo Module  -203 °C

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CryoModule is a unique device based on our innovative method of achieving ultra-low temperatures without the use of liquid nitrogen in a most cost-effective way. The CryoModule is an LN2-free, compact, reliable, high-effective “Cold Generator” with the working temperatures range -150 °C … -203 °C.

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The advantages of the CryoModule is the use of a cooling cycle which is based upon modified Linde cycle (using the throttling, Joule-Thomson effect). To maximize efficiency, we use a mixture of coolants and a special configuration of scheme’s components location.

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The CryoModule is used for the cryostatting of different objects that are differentiated according to their weights and cooling capacities as the following:

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⊲ “micro” objects with the weights within the range of [0,1g; 100g]

⊲ “mini” objects with the weights within the range of [100g; 1000g]

 

The CryoModule is an LN2-free, compact, reliable, high-effective “Cold Generator” with the working temperatures range -1500С … -2030С. The CRYO MODULE is capable to run under two operating modes:

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high rate of temperature regulation

high efficiency of energy consumption

 

CryoModule contains rugged, low vibration remote end that can be used in any orientation. The cold end is used to provide interaction between CryoModule and the appropriate object to be cooled. The cold end can be thermostabilized at any selected temperature from it’s working range  -1500С … -2030С. Remote Cold End Between the CryoModule and CRYO OBJECT:

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flexible, rugged, low vibration, no moving components, can be used in any orientation

exchangeable and adaptable according to the object

Does not require any heat insulation as the end is not a part of cooling system.

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The operation speed for the CryoModule is as high as 1850С / hour. CryoModule is equipped with small-size, high-performance, one stage, closed loop compressor with unique mixtures of environmentally safe coolants. It runs without any supportive components, consumables or chemicals. The system is easily mounted and has a compact design, small size footprint, high efficiency of energy consumption and can be customized according to customer’s requirements. The CRYO MODULE need 220-240 V of power main.

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CryoModule: Main Characteristics

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⊲ CryoModule is equipped with small-size, high-performance, one stage, closed loop compressor with unique mixtures of environmentally safe coolants

⊲ CryoModule running without any supportive components, consumables or chemicals

⊲ CryoModule powered by wall power grid only 220-240 V

⊲ CryoModule is easy mounted system that has compact design, small size footprint, high efficiency of energy consumption and it is ready for flexible customization according to customer’s requirements

CryoModule: Competitive Advantages

⊲ CryoModule has working temperature range  -1500С … -2030С that is unique for the LN-free systems

⊲ CryoModule perform energy effectiveness as high as 2-fold higher in comparison with contemporary systems

⊲ CryoModule has appropriate small dimensions to be easy transported and easy installed at small area rooms

⊲ CryoModule has two operating modes:

⊲ high rate of a temperature changing

⊲ high efficiency of energy consumption

⊲ Remote Cold End Between the CryoModule and Cryo Object:

⊲ flexible, rugged, low vibration, without moving components, can be used in any orientation

⊲ exchangeable and adoptable according to object

⊲ it is not necessary to use any heat insulation as the end is not a part of cooling system

 

CryoModule: Application

 

⊲ CryoModule the fields of application:

⊲ Research and Development

⊲ Medicare and pharmacology

⊲ Electronics

⊲ Nuclear Physics and Engineering

⊲ Superconductivity

⊲ Materials Science 

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CryoModule is used to:

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⊲ Reduce noise and increase a sensitivity at any sensor systems:

⊲ CCD matrices

⊲ IR detectors

⊲ Fourier spectrometers

⊲ Gamma detectors

⊲ Cooling of IR laser diodes

⊲ Perform climate testing

⊲ Use instead of nitrogen cryo-traps in vacuum pumps

⊲ Provide a cost- effective long-term storage of biological objects

⊲ Provide a storage at the sites where the using and delivery of liquid Nitrogen is a problem

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Main factors of saving:

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⊲ Absence of costs for the purchase and delivery of liquid nitrogen

⊲ Absence of storage costs for liquid nitrogen

⊲ Absence of infrastructure costs for the use of liquid nitrogen