Sport and stuffy nose.

Well-oxygenated muscles hurt less.

Nasal breathing encourages the production of nitric oxide, a gas that promotes the binding of oxygen to red blood cells. This supply of oxygen slows down lactic acid buildup and reduces muscle soreness during exercise.

During sustained exertion, RespiFacile® also reduces the work of breathing, or the amount of energy needed by the respiratory muscles to alternate inspiration and expiration.

RespiFacile® as seen on TV:
Watch the RespiFacile® video
How does it work?
What the press is saying:

"It's as if someone suddenly opened a window."

"It is the first time such a medical device has been successfully worn during a zero gravity surgery."

"The best in its category"

"RespiFacile® can be exceptional if you can carry it all night."

When a stuffy nose affects your breathing
Aerobic metabolism is required for all
exercise lasting for more than 2 minutes

Hypoventilation can have serious consequences.

Hypoventilation occurs when the amount of air drawn into the lungs is insufficient. The blood loses oxygen, gains carbon dioxide and increases in acidity (respiratory acidosis). Read more...

The elderly and the sick…
A stuffy nose can have serious consequences.

Nasal obstruction can take a heavy toll on a person weakened by age or illness as well as on conditions such as cardiac fatigue (weak heart).

Improving nasal breathing relieves the body of a portion of its respiratory effort and can thus prevent serious accidents. Read more...

Whether chronic or acute, a stuffy nose has various causes and consequences

Impaired nasal breathing can be linked to a host of chronic or acute causes such as colds, nasal septum deviation (deviated septum), allergic rhinitis, chronic sinusitis, rhinitis in pregnant women and high air pressure under an oxygen mask… Read more...

RespiFacile® is the solution
The most effective nasal dilator ever designed
  • Decreased work of breathing and less stress on the cardiovascular system
  • Increased muscle oxygenation and reduced buildup of soreness- inducing lactic acid
  • Works immediately, even with a very stuffy nose.
  • Replaces decongestant sprays and their harmful side effects. RespiFacile® contains no chemicals.
  • Ultralight (less than 2 grams)
  • Reusable and therefore economical to use, unlike disposable nasal strips and decongestant sprays.
  • One size fits all: RespiFacile® features a patented triple-curve design that fits all adult noses.
  • Easy to use; RespiFacile® is as easy to place and remove as a pair of glasses. When RespiFacile® is removed, your nostrils return to their normal shape without any marks or distortions. Read more...
Top-Quality RespiFacile®
The most effective nasal dilator ever designed
How does RespiFacile® work?

RespiFacile® fits inside your nostrils and prevents your nasal valve from collapsing while you breathe in. The improvement in breathing is immediate and marked.

The reason is very simple: half of the energy needed for breathing is expended at this valve.

 

Meticulous research

Developed by a research team from the ENS de Chimie de Paris UMR 7045 CNRS, a prestigious Chemical Engineering School in Paris, RespiFacile® features a patented triplecurve design.

This design is the result of in-depth mechanical, biological and ergonomic research supplemented with morphology statistics.

 

Beta-Titanium: the very latest generation of titanium alloys

The molecular microstructure of beta-titanium gives it optimum biocompatibility and mechanical properties ideally suited to the human body.

This ultralight alloy, which is used notably in hip replacement surgery, ensures that RespiFacile® weighs less than 2 grams.

 

Silicone gel for optimum comfort

The pads are made of soft linear-polyaddition medical silicones for gentle contact with the skin inside the nose and ensure optimum comfort.

Made in Germany
Are you affected by any of these situations?
  • Shortness of breath during exercise.
  • Very sore muscles despite post-workout stretching.
  • Feeling of poor recovery.
  • You feel that optimizing your breathing will help you to further increase your performance and endurance.

Tips for well-oxygenated muscles:

  • While exercising, try to breathe out more than you breathe in. This will prevent «side stitches».
  • As with hydration, don't hesitate to hyperventilate slightly as a preventive measure.
  • After working out, drink plenty of water to flush out the buildup of lactic acid in your muscles and to avoid muscle aches the day after.
  • A little coffee or tea before working out can help to improve your performance and keep you hydrated.