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Products now in stock!
Bring the latest in technology to your customers with your next tablet deployment—offered exclusively at Tech Data and now in stock!
Installations available for a small fee*
Why should you care?
All LED electronic devices (smartphones, tablets, laptops, etc.) could emit five times more short wavelength light than any other previous technology. Excessive emission of short wavelength light is associated with retinal damage and reduces melatonin levels, which is linked to sleep disorders and certain types of cancers.
Who is most vulnerable?
The short answer: everyone is vulnerable. The most defenseless groups, however, are children and young adults because they have yet to fully develop the natural protective barriers that absorb part of the short wavelength light.
History behind Reticare
Reticare ocular protector technology is based on studies conducted over the past 12 years by the Complutense University of Madrid university which houses seven out of eight Nobel Prizes won by scientists in Spain. Dr. Celia Sanchez-Ramos, a renowned scientist in Optometry—who was awarded Best Female Inventor of 2009 by the UN World Intellectual Property Organization—led the research.
How does it works?
Reticare absorbs part of the short wavelength light. The result of the absorption is the reduction of retinal risk factors, as well as sleep disorders, and CVS (Computer Vision Syndrome). Reticare protectors are easy to install on your electronic device and will protect your devices from scratches.
Learn More:
Reticare Overview.pdf
1.15. Behar-Cohen, 2011.pdf
TVCDigitEYEzedReport2013.pdf