Dimensions Dimensions54 x 86 x 6 mm Lens properties Lens geometrydiffractiveLens materialPXM®Lens Size45 x 50 mm Light and lighting Light source typeSMD-LEDColour temperature6500 K Material and appearance Mat
Dimensions Dimensions54 x 86 x 6 mm Lens properties Lens geometrydiffractiveLens materialPXM®Lens Size45 x 50 mm Light and lighting Light source typeSMD-LEDColour temperature6500 K Material and appearance Mat
dist. approx.16455binocular1.7 x 2.5 dpt400 mm16451binocular2.0 x 2.5 dpt250 mm*16452binocular2.5 x 5.0 dpt180 mm16453binocular3.0 x 7.75 dpt130 mm16454monocular4.0 x 16 dpt55 mm16457monocular7.0 x 28 dpt32
Dimensions Dimensions54 x 86 x 6 mm Lens properties Lens geometrydiffractiveLens materialPXM®Lens Size45 x 50 mm Light and lighting Light source typeSMD-LEDColour temperature6500 K Material and appearance Mat
Dimensions Dimensions54 x 86 x 6 mm Lens properties Lens geometrydiffractiveLens materialPXM®Lens Size45 x 50 mm Light and lighting Light source typeSMD-LEDColour temperature6500 K Material and appearance Mat
dist. approx.16455binocular1.7 x 2.5 dpt400 mm16451binocular2.0 x 2.5 dpt250 mm*16452binocular2.5 x 5.0 dpt180 mm16453binocular3.0 x 7.75 dpt130 mm16454monocular4.0 x 16 dpt55 mm16457monocular7.0 x 28 dpt32
acunis lenses and are less dazzled when you take your glasses offAvailable in three tint levels – 25%, 50% and 75% – depending on the intended use and the intensity of glare experiencedProtect against UV radiation
acunis lenses and are less dazzled when you take your glasses offAvailable in three tint levels – 25%, 50% and 75% – depending on the intended use and the intensity of glare experiencedProtect against UV radiation
acunis lenses and are less dazzled when you take your glasses offAvailable in three tint levels – 25%, 50% and 75% – depending on the intended use and the intensity of glare experiencedProtect against UV radiation
acunis lenses and are less dazzled when you take your glasses offAvailable in three tint levels – 25%, 50% and 75% – depending on the intended use and the intensity of glare experiencedProtect against UV radiation
