AirFeel IMT
Physiotherapy
Main Features
AirFeel® IMT is a medical device for training inspiratory muscles. It is designed to help increase
lung capacity, strengthen the diaphragm, and improve the strength of the pelvic floor muscles.
AirFeel® IMT is indicated for clinical applications (cystic fibrosis, COPD, asthma, heart failure),
occupational applications (hypoxia, weightlifting), sports applications (cycling, running, swimming),
and other activities that require good breathing capacity.
How it's made
AirFeel IMT® is lightweight, portable, and easy to assemble. It consists of a few pieces, including a practical nose clip, useful for maximizing breathing exercises. The device has been developed with a special patented design. The top cap is removable to allow for even more thorough cleaning. It is made of polypropylene, silicone, and stainless steel, which are durable and safe materials that are suitable for chemical and thermal disinfection, in addition to being autoclavable.
How it works
When at rest, the spring pushes the valve cap, preventing air passage.
When the patient breathes, the pressure applied to the valve (blue arrow) slides the cap downwards and allows air to pass (green arrow). The pressure can be set by rotating the central shaft and compressing/releasing the spring.
Use in combination with AirFeel®
AirFeel® IMT can be integrated with the AirFeel device to combine the benefits of PEP and OPEP therapy, based on the expiratory act, with IMT technology, which acts at the inspiratory level.
Use in combination with disposable accessories
AirFeel® IMT can be used in combination with other accessories, such as the disposable PEP mask or a kit designed for tracheotomized patients.
Why choose AirFeel IMT
- Portable and ergonomic
- Operating range 6-60 cm H2O
- Easy reading of the set value
- Accessible cap for optimal cleaning
- Easy pressure setting
- Nose clip included
Accessories Kit
Coming soon.
Certifications
Downloads
User Manual
AirFeel IMT
Lingue: IT, EN, DE, FR, NL, EL, PL, ES, SV, SK, HR, DA, CS, RO
Download the PDF