lens for a distortion-free image with edge-to-edge sharpness.Large visual field (18°).Extremely comfortable to wear.Temples can be adjusted without having to be warmed.Easy adjustment of dioptre compensation:
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
can be adjusted to suit individual requirements.Particularly scratch-proof lens with high visual comfort.Can be used with distance and near vision glasses.Minimum power consumption due to low power requirement
suitable for high optical powers.Particularly scratch-proof lenses with high visual and wearing comfort.Product PropertiesMagnifying readers with prismatic convergence support for magnification requirements
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
vertically into the required positionShadow-free and flicker-free illuminationBattery housing can be comfortably carried on the belt or in the shirt pocketLow energy consumption as the light is optimised for
can be adjusted to suit individual requirements.Particularly scratch-proof lens with high visual comfort.Can be used with distance and near vision glasses.Minimum power consumption due to low power requirement
