Model Number: M-110SQB-CR
The M-110SQB-CR Visio Pro mask combines TUSA’s superior design and build quality with new innovative materials and frame construction.
|>||Low profile, single window teardrop design |
|>||TUSA CrystalView Optical Glass Lens (pat p.) |
|>||Anti-Reflective and UV Lens Treatments |
|>||Special Edition Chrome Frame |
|>||Enhanced field-of-view over 2-window masks |
|>||Skirt mounted Quick-Adjust Buckle System |
|>||Round-edge skirt for maximum fit and comfort |
|>||3-D strap for ideal anatomical fit |
|>||Colors: Black silicone with chrome frame |
3D MASK STRAP
TUSA’s patented 3D Strap is a true three-dimensional design that snugly fits against the head’s natural curvature. The 3D strap offers unprecedented comfort and fit, unlike standard flat mask straps.
ANTI-REFLECTIVE (A/R) LENS TREATMENT
TUSA’s Anti-Reflective (A/R) Lens Treatment decreases internal and external reflected light. This reduction increases light transmission to 95% resulting in significantly enhanced color, clarity, contrast and better overall vision underwater.
CRYSTALVIEW OPTICAL GLASS
CrystalView optical glass lenses provide superior clarity, color, and transmission of light over standard glass lenses used by the competition. Up to 15% of available light can be lost with a standard glass lens due to impurities and reflectivity. TUSA’s CrystalView lenses transmit up to 95% of available light to the diver for clear crisp vision. CrystalView lenses are used in all PRO models masks.
QUICK-ADJUST BUCKLE SYSTEM
The Quick-Adjust Buckle System incorporates a newly-designed low-profile buckle. The result is a compact, lightweight, technologically advanced mask design that can be easily and quickly adjusted for a perfect fit.
ROUND EDGE SKIRT
TUSA's Round Edge Skirt features a proprietary round edge cross-sectionally shaped skirt. This rounded edge results in a soft fit that suppresses pressure and reduces creasing left on the face. The "planar fit, instead of linear fit" silicone skirt maintains great fit and unprecedented comfort.