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What is Hypoxic Training?

Hypoxic Training

A Nobel Discovery

In 2019, the Nobel Prize in Medicine was awarded to three scientists, William Kaelin, Gregg Semenza and Peter Ratcliffe. They had discovered molecular mechanisms that enable cells to measure oxygen levels and recognise when adaptive responses become necessary.

Especially hypoxia contributes to positive reactions that help the body to supply all organs and organ systems with sufficient oxygen.

Already in his publication in 2012, Gregg Semenza was able to document the influence of hypoxia on mitochondrial function and show that under hypoxic conditions, apoptosis of weakened mitochondria is accelerated and at the same time the formation of new mitochondria is stimulated.
You too can benefit from the many advantages of hypoxia training.

History of Use

Looking back

The use of hypoxia has been routine in sports medicine for decades under the term altitude training. The positive influence of the high-altitude climate has been known for centuries.In 1968, the Summer Olympics were held in Mexico City. With an altitude of 2240 meters, the venue was significantly higher than the other venues before. The preparations for these competitions gave impetus to the development of the first systematic altitude training methods. In addition, the great successes of long-distance runners from the highlands of Kenya and Ethiopia at low altitudes prompted them to look further into altitude training as preparation for competitions in the lowlands.

Further west, intermittent hypoxia as a method has only been in the focus of science for a good 20 years. But: It is developing very dynamically. Several hundred topic-related publications per year are a reflection of scientific interest.

Our Solution

INTERVAL HYPOXIA HYPEROXIA TRAINING - IHHT

Optimal Health hypoxia training usually takes place in the practice in a relaxed situation while lying down.The application is perceived as pleasant and leads many to relax and fall asleep during it. In contrast to the altitude training of athletes, there is usually no athletic activity during hypoxia training. To mimic the stimuli of physical exertion, Optimal Health hypoxia training uses a more reduced oxygen concentration. As a rule, altitude training of athletes takes place at an altitude of about 2,000 meters, which corresponds to an atmospheric oxygen of about 16%.Athletes who want to increase their performance and achieve the best possible results should perform hypoxia training with Optimal Health Hypoxic Training Machine during moderate physical exertion, for example on a bicycle or treadmill.

Multiple Oxygen Programs & Settings

9 Settings

Hypoxia adjustable from 18 - 9%

21 Settings

Normoxia 21% oxygen

30 Settings

Hyperoxia 30% Oxygen

Faster regeneration - maximum training effect - same time commitment!

Adaptive hyperoxia makes interval hypoxia training much more efficient, increases training success, minimizes oxidative stress from hyperoxia, and leads to higher user satisfaction.

Interval Hypoxie/Normoxie (IHT)

Advantage: In the training phase (hypoxia), oxygen saturation quickly drops back into the training range (below 90% SPO2) because there is no supersaturation. The training stimulus of hypoxia is thus optimally exploited.

Disadvantage: In the recovery phase (normoxia), it takes longer for the initial oxygen saturation in the blood to be restored. The regeneration time is not optimally utilized. Some users even fail to saturate to pre-exercise SpO2 levels with normoxia.

Interval Hypoxie/Hyperoxie (IHHT)

Advantage: In the recovery phase (hyperoxia), the initial oxygen saturation in the blood is quickly restored. The regeneration time is optimally utilized.

Disadvantage: In the training phase (hypoxia), it takes longer for oxygen saturation to return to the training range (below 90% SPO2), as supersaturation may be present. The effective training time can thus be significantly reduced with the Hyperoxia setting. In addition, prolonged hyperoxia administration can lead to increased oxidative stress, which may be detrimental in severely debilitated individuals.

Adaptive hyperoxia

At the beginning of the recovery phase, hyperoxic air is administered until the oxygen saturation in the blood reaches 99% (adjustable between 93% and 99% SpO2). The regeneration time is optimally utilized.

Normoxic air is then breathed for the remainder of the recovery period to prevent oxygen supersaturation. Thus, the subsequent training phase is not unnecessarily shortened. The oxygen saturation in the blood quickly drops back into the training range. The training stimulus of hypoxia is optimally utilized. In addition, oxidative stress is reduced to a minimum with simultaneous rapid saturation, since hyperoxia is only given until the set SpO2 value is reached.

Your safety is our priority

Since safety is the top priority during hypoxia training, we use two pulse oximeters for optimal safety. Thus, using the two pulse oximeters, two values for SpO2 are always recorded in parallel and compared with each other. If a pulse oximeter fails, displays incorrect values, or the difference between the two readings becomes too great, the automatic safety mechanism kicks in and the user is immediately supplied with normoxic or hyperoxic air. With this double protection, safety during treatment is ensured, an accidental lowering of the SpO2 below the limit range can be ruled out and thus cell damage can be avoided.

So that the user does not find the pulse oximeter annoying, we use special pulse oximeters made of soft material with a long cable, which are very comfortable to wear and provide sufficient freedom of movement. Even women with long fingernails do not find them unpleasant.

In the event of a power failure, our machine contains a safety valve that ensures the supply of room air at all times if it can no longer supply air.

Training Modes

Hypoxia / normoxia

Normoxia is considered to be normal levels of oxygen with regard to the physiological responses of living organisms and hypoxia is when oxygen is deficient for aerobic organisms(Tyson and Pearson, 1991).

Hypoxia / Hyperoxia

Hyperoxia is the opposite of hypoxia; hyperoxia refers to a state in which oxygen supply to the tissues is excessive, and hypoxia refers to a state in which oxygen supply is insufficient.

Hypoxia / adaptive hyperoxia

Adaptive hyperoxia combines the advantages of both methods and eliminates their disadvantages.

Nationwide team of multi-disciplined specialist wellness equipment engineers

Optimal Health offers free delivery, installation, and training on all equipment across the UK and Ireland. We ensure you get the most out of your investment and can use it safely and effectively, with personalised training from experienced users included with every purchase.

Free delivery, installation and training

Product details

Features
  • 15.6 inch full HD touch screen monitor
  • intuitive software adapted to that of VNS analysis
  • integrated real-time HRV with display of parasympathetic activity
  • best sound insulation for the highest possibility of relaxation
  • re-humidified breathing air for comfortable breathing
  • integrated oxygen concentrator, no exchange of oxygen cylinders necessary
  • Can be used at rest and during physical stress
  • Continuous recording of the measurement data
  • unlimited storage of trainings possible
  • Simultaneous recording of SPO2 via two pulse oximeters for maximum safety
  • soft, very comfortable to wear pulse oximeter included in delivery
  • mobile with swivel and lockable castors
  • everything made in Germany
Weight & Dimensions
  • Size (W x H x D): 47.5 cm, 106 cm, 42 cm
  • Weight: approx. 60 kg
Power Supply Requirements
  • Standard 13a Socket

FAQs

Please read our FAQs page to find out more.

What is hypoxic training?

Hypoxic training, or altitude training, simulates training at higher altitudes where the air contains less oxygen. This encourages the body to make physiological adaptations that enhance athletic performance and overall health.

How does the Hypoxic Training Machine work?

Our Hypoxic Training Machine uses a system of controlled oxygen reduction, allowing users to inhale air that mimics the oxygen levels typically found at high altitudes. This can trigger increased red blood cell production and other beneficial adaptations.

Who can benefit from using this machine?

Our machine is ideal for athletes looking to improve their performance, individuals seeking enhanced fitness outcomes, and anyone wanting to boost their overall health and vitality through advanced training techniques.

Is the machine easy to use?

Yes, it features an intuitive user interface with a capacitive touch display, making operation straightforward. Settings can be adjusted easily, allowing for a fully customized training experience.

What safety features does the machine have?

The machine is equipped with dual pulse oximeters to monitor oxygen saturation in real-time, ensuring safe training sessions. It also includes a safety valve that automatically provides room air in the event of a power outage.

Can I use this machine at home?

Absolutely! Our machine is designed for both home and professional use. It's compact and easy to operate, allowing you to enjoy the benefits of altitude training in the comfort of your own home.

What are the specific training modes available?

The machine offers three training modes: Hypoxia-Normoxia, Hypoxia-Hyperoxia, and Hypoxia-Adaptive Hyperoxia. Each mode is designed to cater to different training needs and goals.

How do I know which oxygen concentration to use?

The machine includes a fully automated hypoxia test that determines your individual hypoxia threshold, ensuring you train at the optimal oxygen level for your body.

What are the health benefits of hypoxic training?

Benefits include enhanced mitochondrial efficiency, improved fat metabolism, increased stamina, faster recovery, and overall greater energy and vitality.

How often should I use the hypoxic training machine to see results?

Results can vary based on individual fitness levels and goals. However, most users train 2-3 times per week, with each session lasting around 40 minutes to achieve significant benefits.

Does the machine require special maintenance?

Our machine is designed with high durability and low maintenance requirements. Regular cleaning of the air cushion masks and replacement of the filters as directed are all that’s needed to maintain optimal performance.

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Company Accreditations

All of management systems and procedures services have been third-party verified to internationally recognised standards.

Testimonials

So far we’ve had nothing but a perfect experience with Optimal Health, they’re very easy to work with and customer service has been spot on. Extremely helpful and friendly guys and I can’t recommend them enough!

— Andreas - Zone Recovery

We’ve been involved in hyperbaric medicine for a couple years now, and we recently got our second chamber from Optimal Health. The whole process of chamber selection and installation couldn’t have been easier. Ongoing communication is always open and helpful. Highly recommended!

— Rob - Concordia Clinic

Great service from the beginning. Fast delivery and set up. Staff very friendly an polite. Recommend this company 100%.

— James - Home Install

Mark and his team were amazing during the install taking time to set things up properly and explain everything to us in detail The extra attention to detail is what stood out for me.

— Kaine - Home Install

Purchased for my son to add another level to his fight game and recover. Top rate service from sales to install with very quick install date from purchase , with easy hands on training from the team. Solid quality chamber which is now a part of our daily routine for my son. Highly recommend.

— Andy - Home Install