By applying ICT (Information and Communication Technology) to a respiratory strengthening mask, a pressure-resistant respiratory strengthening mask capable of monitoring the amount of exercise and exercise characteristics of users can be used.

◦ Localization development with efficient Korean models.
◦ Pressure resistance enables more effective breathing training than conventional flow path control methods.
◦ It is possible to provide data on breathing characteristics during exercise and motivate breathing exercise.
 - Can collect and utilize breathing data.
 - You can display exercise-related data such as breathing patterns through the application.
◦ Fine dust filter is available.
 - The mask can be equipped with a fine dust filter, which is suitable for outdoor use.
 - Pressure range: 7~46cmH2O (pressure precision: ±2cmH2O or 10%)

By applying ICT (Information and Communication Technology) to a respiratory strengthening mask, a pressure-resistant respiratory strengthening mask capable of monitoring the amount of exercise and exercise characteristics of users can be used.

◦ Localization development with efficient Korean models.
◦ Pressure resistance enables more effective breathing training than conventional flow path control methods.
◦ It is possible to provide data on breathing characteristics during exercise and motivate breathing exercise.
 - Can collect and utilize breathing data.
 - You can display exercise-related data such as breathing patterns through the application.
◦ Fine dust filter is available.
 - The mask can be equipped with a fine dust filter, which is suitable for outdoor use.
 - Pressure range: 7~46cmH2O (pressure precision: ±2cmH2O or 10%)