Oxygen and carbon dioxide content in the aspired air can be precisely adjusted by means of thin hollow fibers. Hence, carbon dioxide is effortlessly and accurately eliminated by diffusion, which renders the application of adsorbers obsolete. The absense of any filters and adsorbers in HypoxieFit minimizes airway resistance, making the use of it incomparably more pleasant. Furthermore, the attainment of precise values
facilitates interval training sessions. The HypoxieFit has the potential to become an enrichment for every athlete; each training session being individually adapted.
The positive effect of repeated short-term oxygen deficiency on the human body has been presumed for a long time, and extensive research has been conducted on this topic. Its therapeutic effects are also being increasingly investigated. Thus, it is also expected to have a positive impact especially on chronic pulmonary diseases (e.g. COPD) and on cardiac system disorders (e.g. arterial hypertension).
HypoxieFit comes in various designs for additional versatility. Simpler versions are suitable for home use, whereas the more complex ones can be used in fitness Studios or therapy centers. Hollow fibers are provided in form of cartridges, for easier handling. HypoxieFit is also safe for amature athletes, since it filters out carbon dioxide from air. Given that a short-term regular use results in a significant improvement in the Oxygen transport in the blood, HypoxieFit can quickly contribute to a better fitness.
- Rapid improvement in fitness status
- Easy and safe to handle
- Reduction of O2 content in ambient air combined with low CO2 content
- Progressive (stepless) adjustment of the parameters
- Unaffected airway resistance
- Cost effective design
A patent application was filed at the German Patent and Trademark Office. The US and EU patent applications have been admitted as well. We offer on behalf of the RWTH Aachen University licencing for the invention, and opportunities for further development of the technology to any interested parties. The first prototypes have already demonstrated the functionality and the efficacy of this technology.