Blue light is present in daylight and is a completely natural phenomenon. It helps us stay awake, but at the same time, too much can also be harmful and cause eye fatigue.

Due to the widespread use of LCD / LED monitors, LED TVs, smartphones, tablets, energy-saving light bulbs (halogen lamps, LED bulbs) and xenon / LED car headlights that emit a lot of blue light, research has been done that revealed that blue light also harms the eyes. More on Harvard Medical School research.

That’s why we decided to offer users effective eye protection – BlueViolet Blocker. Conventional glasses with an index of 1.61, 1.67 and 1.74 have protection up to 400 nm. Our BlueViolet Blocker glasses have protection up to 425 nm.

ADVANTAGES OF BLUE VIOLET BLOCKER LENSES

  • the protection is in the lens material itself and not in the coating – the durability of the protection
  • there is no strong anti-reflective reflection – only a slight green reflection
  • the lenses are slightly tinted and are therefore very pleasant to use
  • eyes are less tired even after prolonged use of the computer
  • headlights reduce glare when driving at night
  • refractive index 1.50, 1.61 and 1.67

LENSES ARE INTENDED FOR:

  • users who work a lot with a computer
  • users using digital devices (smartphones, tablets)
  • users who want to protect their eyes from the blue light emanating from the lighting
  • users bothered by powerful car LEDs and xenon headlights

Availability of lenses with BlueViolet Blocker in indices 1.50, 1.61 and 1.67

  • single vision lenses (also available 1.50 and 1.60 from stock)
  • individual anti-fatigue lenses (Acomoda)
  • fully personalized single vision lenses (iSV)
  • Sport lenses for curved frames (block the blue-violet light from the lighting of sports facilities)
  • bifocal lenses R28
  • progressive lenses (Magic Alpha, Magic Alha VIP, Magic Alpha VIP Sport / Drive)
  • work lenses Reader Monitor (up to 133cm), Reader Work (up to 200cm), Reader Room (up to 400cm)

WHAT TO DO FOR BETTER VISION

  • use dim warm white lights in the evening and at night
  • warm white light has the least effect on circadian rhythm shift and reduces the amount of melatonin
  • avoid using bright screens two to three hours before bedtime – or reduce the brightness of the screens
  • If you work night shifts or use electronic devices at night, use glasses with glasses that block blue-purple light.
  • moderate exposure to sunlight can improve your sleep at night and your mood and alertness during the day.