How to choose ultra-thin glasses for high myopia (-1800)

Ultra-thin high myopia diopter (
) (Bibo glasses)
Ultra-thin lens material
Series of thin and high myopia special imported glass lenses (lotus film)
Ultra-thin lens efficacy
Anti-radiation, anti-blue light, anti-fatigue
Special frame material for high myopia
Series of premium brand pure titanium frames (suitable for the majority of urban professional white-collar workers, teacher friends, accountant friends, computer technology engineers, etc.)
Ultra-thin
Glasses preparation technology
Using German Schneider free-form lens processing technology + Bibo Glasses’ original and proprietary ultra-thin lens grinding technology
Ultra-thin glasses are made into mirrors Introduction to technician experience
Bibo Eyewear Team’s senior assembler team (with more than 10 years of experience in eyewear assembly, production, and processing + equipped with fully automatic mirror-making instruments, focimeters, lens groovers, and diopter testers imported from Essilor from France etc. Professional equipment + experience in assembling ultra-thin glasses for high myopia or above and experience in communicating and selecting glasses for customers with high myopia)
Bibo Glasses has unique advantages
Located in the hometown of glasses in the country Jiang Danyang (bringing together the advantages of optometry talents, professional teams, and optometry expert groups, the advantages of the hometown of lens production, and the advantages of the hometown of spectacle frames (the lenses and frames in the country are all from Danyang City, Jiangsu).
Self-summary
The selection of this pair of ultra-thin glasses for high myopia is more harmonious with the customer's face shape in terms of frame selection. The frame selection is moderate, and the overall quality of the glasses is light (it improves the disadvantages of heavy glass lenses. The exclusive lens technology of the ultra-thin glasses front The visual effect is very beautiful and elegant (there is no circle accumulation, but the side view of the buffer layer on the edge of the glasses still exists (this is a regret that cannot be avoided by current domestic and foreign technologies for high myopia), and it awaits further development of optometry technology. The overall lens-making technology is working well. I hope to continue to work hard and be even more vivid.