As-new display model – approx. 4–6 months old.

Modern altitude training that relaxes you whilst you lie down – MITOVIT^®

The MITOVIT^® is one of the most advanced hypoxia training systems on the market, simple to operate and easy to use. Furthermore, it provides rapid visual monitoring of the training progress and integrated real-time HRV measurement with a display of parasympathetic activity.

Features:

• 18.5-inch Full HD touchscreen monitor
• intuitive software, adapted to that used for VNS analysis
• Integrated real-time HRV with display of parasympathetic activity
• Optimal sound insulation for maximum relaxation
• Rehumidified breathing air for comfortable breathing
• Integrated oxygen concentrator; no need to replace oxygen cylinders
• Suitable for use at rest and during physical exertion
• Continuous recording of measurement data
• Unlimited storage of training sessions possible
• Simultaneous SPO2 monitoring via two pulse oximeters for maximum safety
• Soft, very comfortable-to-wear pulse oximeters included in the scope of delivery
• mobile with swivelling and lockable castors
• All made in Germany
• Dimensions (W x H x D): 47.5 cm, 106 cm, 42 cm
• Weight: approx. 60 kg

Standard accessories:

• 18.5-inch Full HD touchscreen monitor
• 2 pulse oximeters
• 5 breathing masks
• 10 Bacteria / Virus Filters
• 1 device protection filter
• 1 ventilation tube
• 1 chest strap, accurate ECG
• 2 mask straps
• 2 contra-angles
• Initial marketing materials (leaflets, posters, videos, graphics for the website)
• Practical training

Benefits

Interval Hypoxia Normoxia – IHT
Intermittent Hypoxia-Hyperoxia Therapy (IHHT)
Adaptive hyperoxia for optimal results
Optimal housing insulation for a quiet environment and optimal relaxation during training.
Optimal training conditions using the fully automated hypoxia test.
Automatic adjustment of oxygen delivery in biofeedback mode to achieve the optimal training zone.
Maximum safety thanks to two cross-calibrated pulse oximeters.
More efficient training due to the unique adaptive hyperoxia.
Clearly visualiseswhether the training is within the ideal range.
Very mild hypoxia from 18 % O₂ for sensitive individuals.
Maximum reliability due to pure cable connections between software and hardware.
Saves individual training settingsto enable 100-per-cent automation.
Intuitive user interface with a capacitive touchscreen for quick and easy operation.
Visualises altitude and the corresponding oxygen concentration to improve compliance.
Manufactured in Germany to the latest standards – Made in Germany.

Safety MITOVIT^®

The MITOVIT^® hypoxic training device offers the highest level of safety during use, thanks to two pulse oximeters. Two SpO₂ values are always recorded and compared in parallel. Thanks to this dual safeguard, the safety mechanism can intervene and immediately supply the user with normoxic air in the event of a pulse oximeter failure, erroneous readings or a discrepancy between the two measurement values. This ensures that no accidental drop in oxygen saturation falls below the threshold range during treatment.
MITOVIT^® contains a safety valve which, in the event of a power cut or device failure, ensures that the supply of ambient air is maintained.
As tolerance to hyperoxia varies from person to person, a fully automated hypoxia test integrated into the MITOVIT^® system should be carried out before the first hypoxia training session in order to determine the individual’s optimal oxygen concentration.

Application

Train in a relaxed manner – made possible by the MITOVIT^® Hypoxic Training Device!
Hypoxia training is best carried out in a semi-reclining position. Through the comfortable breathing mask, the user breathes oxygen-poor and oxygen-rich air at intervals to mimic the stimuli experienced during physical exertion. During the training, the user can breathe normally and does not experience any shortness of breath. A session with the MITOVIT^® hypoxic training device lasts 40 minutes.
For athletes wishing to improve their performance, hypoxia training can also be used during moderate physical exertion, for example on an ergometer. In such cases, the hypoxia level should be set between 18 % and 15 % oxygen.

Nobel Prize in Medicine for research into hypoxia

In 2019, the three scientists William Kaelin, Gregg Semenza and Peter Ratcliffe were awarded the Nobel Prize in Physiology or Medicine for their research and discovery of molecular mechanisms involved in cellular oxygen supply. Cells are able to measure oxygen levels and recognise when adaptive responses are necessary, including the beneficial response to hypoxia. The benefits of hypoxia in accelerating the apoptosis of weakened mitochondria and stimulating the formation of new mitochondria can be utilised with MITOVIT^® through a gentle application.