Epoxy Potting vs. O-Rings
Conventional smart wearables rely on compression gaskets and elastomer adhesives that degrade rapidly under Arabian Gulf seawater conditions. Our 5ATM rings utilize a complete void-free resin potting process (vacuum injection moulding). This encapsulates the rigid-flex PCB, battery, and PPG photoplethysmography sensor module into an unyielding solid-state core capable of withstanding 5 bar of sustained pressure.
Zero Internal Cavity
Degassing Chamber
Saline & Thermal Resistance
The Arabian Gulf presents high marine salinity coupled with surface water temperatures that exceed 35°C in summer months. We utilize biocompatible Grade 5 Titanium alloys and Medical Grade Zirconia Ceramic (ZrO2) physical vapor deposition (PVD) coatings. These materials completely prevent intergranular galvanic corrosion, pitting, and skin sensitization under sweat-heavy, high-saline conditions.
Ti-6Al-4V Shell
ASTM B117 Salt Fog
Capacitive Dynamic Touch
Water conducts electrical charge, leading to false touches in wet conditions. Our OEM rings embed customized sub-aquatic DSP firmware algorithms that filter dielectric variations between human sweat, open seawater, and chlorinated pool environments. This ensures uninterrupted gestural inputs for UAE users during high-intensity training, yachting, or swimming.
Anti-False Trigger
Custom DSP Gate