Menu

Przejdź do sklepu

Description

Discover Dermomedica’s innovative glasses, featuring advanced red lenses that are the only ones to protect your eyes 100% from HEV radiation, as well as support your natural circadian rhythm, hormonal regulation and slow-aging processes.

Confirmed in independent studies:
– UVC protection – 100%
– UVB protection – 100%
– UVA protection – 100%.
– HEV protection – 100%.

Benefits

  • Blocks Blue (HEV) and Green Light: Dermomedica red lenses completely block HEV and green light, which interfere with melatonin production, the hormone responsible for healthy sleep.
  • Improved Sleep Quality: By reducing exposure to blue and green light, the glasses support melatonin production, helping you to fall asleep faster and have a deeper, more regenerative sleep. Better sleep is key to improving overall health and skin condition.
  • Supports Slow-Aging Processes: During sleep, the body undergoes intense regeneration, and melatonin plays a key role in neutralizing free radicals as well as supporting skin repair.
  • Reduces Digital Eye Strain: Red lenses block harmful HEV radiation from electronic devices, reducing eye fatigue, dryness, and headaches associated with prolonged screen time.
  • Eye Health Protection: Long-term exposure to blue light can lead to retinal damage. Red lenses protect your eyes from HEV radiation, helping prevent degenerative diseases like macular degeneration.

Directions for use

Wear in the evening, 2-4 hours before bedtime.
Do not wear while driving.

Perfect for

Dermomedica Red glasses with red lenses are the ideal choice for people who want to maintain a healthy circadian rhythm, support skin regeneration during sleep and protect their eyes from the harmful effects of blue and green light. These glasses are particularly recommended for wearing in the evening, before bed, to improve the quality of your rest and support slow-aging processes.

Set Includes

  • Glasses with red lenses
  • Cleaning cloth
  • Elegant case

Red Cool

Glasses with red lenses that support circadian rhythm, hormonal regulation, and slow aging processes