BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
prismatic BINO Comfort Product BenefitsRelaxed binocular vision with high magnification.Product PropertiesBinocular readers with a higher addition and prismatic convergence support.Eschenbach Optik prismatic
ready at hand.Can be attached to a mobile phone, digital camera or clipped on to a pocket.Product PropertiesMini readers with anti-slip pads to ensure they sit securely at the temples.PXM® lightweight lens
BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
Filters ambelis® Product PropertiesImproved contrast vision and minimisation of glare by blocking short-wave, energy-rich light components.Available in the active photochromic options, in the following
pocketLow energy consumption as the light is optimised for use with rechargeable batteriesProduct PropertiesSmall, lightweight and compact LED light• Light can be concentrated at a specific working distance
BenefitsFor reducing glare in the case of increased glare sensitivity.For contrast enhancement.Product PropertiesContrast enhanced vision and reduction in glare through absorption of the short-wave, energy-rich
