Breathe-on "Checker"
- Available to use in connection with the training and measuring apps
- When using the training app, keep the bottom cap closed. When using the measuring app,
   keep the cap open.
- When using the measuring app, it is recommended to remove the mouthpiece and combine
   the antibacterial filter.
Name of each part
- A wellness device that helps strengthen lung muscles and breathe healthily in connection with smart devices and dedicated applications.
- A compact device developed to be easily used anytime and anywhere.
- Inhalation, exhalation, time, and wind strength and quantity are transferred to the product, converted into data, and help breathing training by checking the user's
  breathing advancement and frequency.
Effects of breathing
『 Delivers abundant
oxygen concentration 』
『 Improves
blood circulation 』
『 Increases
lung capacity 』
『 Activates the
parasympathetic nerve 』
『 Relaxes
muscle tension 』
『 Reduces body fat
(Weight loss effect) 』
『 Improves
concentration 』
『 Strengthens
immunity 』
『 Improves
resilience 』
『 Improves
insomnia 』
『 Relieves
stress 』
『 Improves
exercise ability 』
『 Improves the
quality of life 』
『 Increases
diaphragm thickness 』
Target User of Breathe-On
▣ For healthcare
General users who enjoy leisure sport activities in daily life, such as swimming, hiking, cycling, and marathon

Athletes who wish to maintain physical condition and to improve performance and record

Singers or orchestras who need to improve lung capacity and respiratory strength

Cardiopulmonary rehabilitation patients who need recovery and health care after surgery

Respiratory rehabilitation patients with reduced lung function due to respiratory muscle paralysis along with physical paralysis such as stroke, spinal cord injury, etc.
▣ For medical institutions
Product features and advantages
◎ Improving the limitations of existing respiratory-function-improving devices in the market
In general, devices for respiratory rehabilitation are mostly focused on inspiratory training. But the Breathe-On, which can train not only the inspiratory muscles but also the expiratory muscles together, increases the level of the maximum cough flow in the body, thereby not only removing secretions in the airways but also reducing respiratory complications in patients with nervous system damage such as stroke patients.
◎ Visual feedback
The Breathe-on allows users to check the quantity and quality of their breathing by themselves through a video terminal such as a smartphone or monitor for an activity called repetitive and automated breathing. These feedbacks have been reported to be effective in almost all areas of rehabilitation.
◎ Unified measurement and movement
As for existing breathing rehabilitation devices, measurement and training are separated. However, the Breathe-on is designed to measure the user's lung function anywhere, just like blood pressure measurement, by unifying measuring and training systems. Also, the Breathe-on allows users to immediately see how much their lung function has improved, thus stimulating and improving users’ motivation or effort for breathing training.
◎ Big data utilization
By using big data, the user can recognize the current level of the user's lung function in the same region or age, or with the same disease. This can also have a positive effect on improving breathing training performance and function.
◎ Design
Physically paralysed patients are included in the target users who need respiratory rehabilitation. In order to help them to conduct breathing training, the device should be light, and easy to grip. Also, their needs for safety and hygiene should be reflected. Thus, the Breathe-on is made of rubber with strong friction rather than conventional plastic, and the slightly curved shape is designed to make users feel stable when gripping the devi
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