BLUblox Clarke Sleep+ 100% Blue/Green Light Blocking Glasses

Description

After more research, it was clear that lack of sunlight and overexposure to artificial blue light during the day was suboptimal. MOST EFFECTIVE - Only Blue Blockers that block 100% of ALL Blue/Green light between 400nm and 550nm THE LOOK – Urban, hip and happening. Clarke is artistic and unafraid QUALITY - Lightweight handcrafted frames made from custom acetate with spring hinges for the comfort experience FRAME FIT - Medium/Large; Measurements - lens – 49mm / bridge – 21mm / arms – 145mm Proudly. Unlike other computer glasses available, our BluLite lenses filter out ONLY the harmful blue light and allow 100% of beneficial light through. The final piece was to completely overhaul the blueblocker for sleep lens. Sleep+ rendered all other blueblockers inferior. They are so effective the Australian National Soccer Team used our Sleep+ lenses to combat jetlag in the 2018 World Cup!! Everything led back to blue light! Clarke is artistic and unafraid QUALITY - Lightweight handcrafted frames made from custom acetate with premium spring hinges for the ultimate comfort experience FRAME FIT - Medium/Large; Measurements - lens – 49mm / bridge – 21mm / arms – 145mm Proudly. This lens creates the perception of a warm summer’s day.

Key Features

• Clarke is artistic and unafraid QUALITY - Lightweight handcrafted frames made from custom acetate with spring hinges for the comfort experience FRAME FIT - Medium/Large; Measurements - lens – 49mm / bridge – 21mm / arms – 145mm Proudly.
• MOST EFFECTIVE - Only Blue Blockers that block 100% of ALL Blue/Green light between 400nm and 550nm THE LOOK – Urban, hip and happening.
• The final piece was to completely overhaul the blueblocker for sleep lens.
• Unlike other computer glasses available, our BluLite lenses filter out ONLY the harmful blue light and allow 100% of beneficial light through.
• This lens creates the perception of a warm summer’s day.
• After more research, it was clear that lack of sunlight and overexposure to artificial blue light during the day was suboptimal.