Pinch-and-pull tab portions let users separate mask ear materials without touching the mask body, helping maintain sanitary handling.
A detachable adapter and sealed instrument slot help maintain face and device sealing during airway procedures while reducing aerosol exposure.
A convex inner and outer frame assembly improves facial sealing across face shapes while reducing heat buildup, fogging, and moisture transfer.
By moving both inlet and outlet to the mask rear surface, airflow turns are reduced, cutting resistance, noise, power use, and filter exposure.
Integrated nebulizer delivery and spunbonded filter windows reduce medication waste while maintaining a hygienic barrier against airborne microorganisms.
Multiple UV reflections in a compact recirculation chamber raise air disinfection efficacy while cutting UVC-LED power and energy demand.
Sensors and AI adjust mask pore size to balance filtration risk with breathability, improving comfort and protection in changing conditions.
Wide side-by-side elastic head straps improve respirator comfort and fit security while simplifying attachment during manufacturing.
Segmented bonded and non-bonded pleats let the mask flex to the cheeks, improving leakage control and reducing glasses fogging.
Cantilever ribs and intermediary sections keep nasal passages open without septum pinching, improving fit stability and comfort during sleep or sport.
An upstream thermal unit heats or cools breathing airflow before the fan, enabling a compact wearable respiratory blower with guided channels.
Thermally fused meltblown and spunbond polypropylene layers let an FFP2 mask meet EN149 filtration while reducing thickness and weight.
A semi-permeable indigo and sodium dithionite indicator turns from blue to yellow to show when a face mask should be replaced.
Rear-surface inlet and outlet routing cuts flow resistance and fan power while shielding the filter and electronics from dust and moisture.