
Homecare
TMX® AERO NOSE STRIPS
TMX Trigger · TMXAS20
Article No. AK-HOM-183
The TMX® AERO NOSE STRIPS are specially designed nasal strips that enable a gentle expansion of the nostrils through a flexible material featuring spring-like bands that gently lift and widen the nostrils. This support leads to improved nasal breathing by opening the nasal passages and reducing breathing resistance. The result is an increased oxygen intake, which plays a crucial role in regeneration and performance, especially during sleep, physical exertion, or recovery phases. The skin-friendly polyester material ensures a comfortable and secure application without causing pressure marks or discomfort. Thanks to the simple handling, the strip can be applied quickly and precisely. The nasal strips thus offer the optimal combination of user-friendliness and functional effectiveness. Application is extremely easy, even for laypersons, and establishes an improved breathing function based on evidence. Remove the protective film and place the TMX® AERO STRIP centrally on the bridge of the nose. Press the strip lightly to achieve secure fixation and gentle expansion of the nostrils.
Specifications
- Brand
- TMX Trigger
- Model
- TMXAS20
- Product type
- Mobility Care Supplies
- Product name
- TMX® AERO NOSE STRIPS
- Dimensions (strip)
- 2.5 cm x 6 cm (width x length)
- Material
- Polyester with plastic strips (polymer materials)
- Functional principle
- Flexible material featuring spring-like bands for gentle nostril expansion
- Application area
- Support of nasal breathing
- Conformity
- Medical device according to relevant standards
- Skin compatibility
- Skin-friendly material, suitable for sensitive skin
- Storage
- Store in a dry place at room temperature
- Facilitated nasal breathing
- Gently opens the airways and prevents congestion.
- Improved oxygen intake
- Promotes cell regeneration and reduces fatigue.
- Supports sleep quality
- Reduces snoring and ensures more restful sleep.
- Promotes regeneration
- Perfect for athletes for faster recovery.

