Comparison

The following table summarizes most of the differences between the two main technologies that power cryotherapy machines.

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The table compares electric and nitrogen cryotherapy machines based on several factors, including price, operating cost, maintenance, safety, and convenience.

Overall, the table provides a helpful comparison between electric and nitrogen cryotherapy machines and can be used as a starting point for further research and consideration when deciding which type of machine to purchase.

Cost

The cost of cryotherapy chambers varies based on the model. However, according to the table, electric cryotherapy machines are generally more expensive than nitrogen cryotherapy machines, but their operating costs are much lower due to the cost of electricity.

On the other hand, nitrogen cryotherapy machines have lower upfront costs, but their operating costs are higher as nitrogen is more expensive than electricity.

Maintenance

Nitrogen cryotherapy machines require more maintenance and are more complicated to maintain than electric cryotherapy machines. This is due to the use of liquid nitrogen, which requires special handling and storage.

Safety

Both types of machines are considered safe when used correctly, but nitrogen cryotherapy machines have a higher risk of asphyxiation if they are not properly ventilated.

Ease of use

Electric cryotherapy machines may be more convenient to use as they are fully automated. Nitrogen machines require specialized ventilation and plumbing.

Electric versus Nitrogen Cryotherapy

Cryotherapy, sometimes known as cold therapy, is becoming a popular treatment due to health benefits it can provide.

The Polish and The French were the earliest adopters. If we take an in depth look at scientific papers over the last 10 years, we see there has been a growing acceptance that Cryotherapy does &#;something.  This was initially &#;Practice based Evidence&#; but now, it has gradually become &#;Evidenced based Practice&#;. In Poland it us widely used in sports, and in there version of National Health Service.

The treatment involves exposing individuals to extremely cold dry air (below &#;100 °C) for two to four minutes (Banfi et al., ). To achieve the subzero temperatures required for whole body cryotherapy, two methods are typically used: liquid nitrogen and electric powered chambers.

Here at Cryojuvenate we offer electrically powered cryotherapy instead of nitrogen therapy. Unlike cold chambers from other manufacturers, our CRYO chamber uses refrigeration compressors instead of liquid nitrogen which makes safe cryo wellness possible in the private sector.

Not many people are aware of the profound differences between the two, and the benefits of electrical over nitrogen-based treatment. Not only has electric cryotherapy proven to be more effective, it is also safer than machines which use liquid nitrogen. While liquid nitrogen cryotherapy fills chambers with hazardous gas in the treatment area, electric walk in cryo chambers and rooms are filled with oxygen enriched air. Additionally, nitrogen increases risk for forced air burns on the skin and uneven cooling on the body causing extreme discomfort (Macaulay., ). This is not experienced when using electronic chambers.

Thermal image of the use of both types of cryotherapy chamber

Electric based Cryotherapy

Nitrogen based Cryotherapy

 

 

 

 

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Facts you may not know (Whole Body &#; Electric)

• WBC must include the head, for best therapy
• WBC must be delivered quickly and in a dry, air-flow
• Temperature is managed chamber for optimized effect.
• When air is subjected to sub-zero temperatures the oxygen molecules reduce in size and consequently oxygen volume increases.
• In a dry environment this increases the amount of oxygen which can be absorbed and utilized by the body. If the atmosphere is humid or damp absorption is lost and ineffective.
• Electric Cryotherapy systems deliver dry air at a consistent temperature within the chamber and helps the skin temperature reduce evenly for maximum therapy, and for longer whilst inside the chamber.
• It also adds greatly to the comfort within the chamber and client experience.

 

Facts you may not know (Partial Body &#; Nitrogen)

• In most gas units the air inside has hot and cold spots and so taller clients, or those at the front of the chamber, receive diluted therapy.
• the unequal distribution only partially cools the body which means there is no activation of the vagus nerve.

**The vagus nerve is the longest nerve in the autonomic nervous system and its stimulation is extremely important for overall health and well-being.

**In an electric cryotherapy chamber the exposure to the head and neck (where the vagus nerve begins) causes a 30% increase in autonomic nervous system responses, stimulating the vagus nerve immediately. This vagal response reduces stress and anxiety by reducing the heart rate and blood pressure (Rymaszewska et al., ).

 

The table below compares some of the differences between nitrogen and electric cryotherapy.

ELECTRIC NITROGEN Whole body cooling Partial body cooling Skin temperature measures near the core Skin temperature measured near the ankle (if at all) Ambient room cooling uniformly Forced air cooling from the feet up Fresh oxygenated air, so safe for whole body exposure Liquid nitrogen exposure, head kept out as ventilation is required Whole body exposure activates the CNS Partial body exposure targets lower extremities Safety database of 500,000 treatments showed 0 incidents Forced air burns, respiratory and light headedness reported

 

As you can see from the table above, electric cryotherapy provides a safer and more effective treatment than nitrogen-based chambers. At present there is still warnings for people who choose to use nitrogen machines from The Federal Drug Administration due to the potential risks involved, whilst electric cryo chambers have zero warnings in place.

So, it seems clear that the benefits of electric cryotherapy are far superior to those of nitrogen-based treatments, and there are minimal risks involved with the electric treatments.

Have you tried both types of Cryotherapy Chamber?  We would love to hear about your experiences and views and will welcome your feedback! please so please add your comments below.

&#;.and if you have not done so already, pop down and treat yourself to a chamber and see what you think, we are sure you will want to come back for more.

 

References

References

Banfi, G., Lombardi, G., Colombini, A. and Melegati, G. (). Whole-body cryotherapy in athletes. Sports medicine, 40(6), pp.509-517. Macaulay, D. (). Liquid nitrogen for cryotherapy. Br J Gen Pract, 62(604), pp.572-572. Rymaszewska, J., Ramsey, D. and Chładzińska-Kiejna, S. (). Whole-body cryotherapy as adjunct treatment of depressive and anxiety disorders. Archivum immunologiae et therapiae experimentalis, 56(1), pp.63-68.

 

 

 

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