Showing posts with label Unity PLxpression. Show all posts
Showing posts with label Unity PLxpression. Show all posts

Wednesday, April 3, 2013

New Progressives from VSP

VSP has expanded its line of Unity progressive lens with Cascade Technology, reports Healio Optometry. “The lenses combine the Cascade Technology, which uses base curve technology for a curved front surface, a backside freeform design and the patient’s position-of-wear measurements, according to VSP Optics representative Dave Delle Donne.”The lenses reportedly are available in CR-39, CR-39 Transitions, CR-39 polarized, polycarbonate, polycarbonate Transitions, polycarbonate polarized, high-index Trivex, Trivex Transitions, and Trivex polarized materials. Read more.

Thursday, March 14, 2013

VSP Optics Launches BluTech Lenses

The VSP Optics Group will launch Unity BluTech lenses this week at Vision Expo East. Infused with natural melanin and ocular lens pigments, the lenses protect the eyes from harmful, high-energy blue light. Blue light, the most harmful light that penetrates all the way to the back of the eye, is radiated by fluorescent and CFL light bulbs and the screens of computers, tablets, smartphones and televisions. Read more.

Read more about VSP Optics Group: http://opticalceu.blogspot.com/2012/03/vsp-optics-expanding-unity-line.html.

Essilor released a similar lens: http://opticalceu.blogspot.com/2013/02/new-lens-from-essilor-controls-emission.html.

Thursday, September 6, 2012

VSP Optics Introduces New Digital Progressive

VSP Optics Group will add a new digital, N category progressive to its line of Unity Performance Optics. It is called Unity PLxpression with Cascade Technology.The lens will reportedly offer the wearer:
  • Optimized viewing zones through variable base curve technology.
  • Advanced position-of-wear customization.
  • Improved cosmetics with thinner, flatter lenses.
Cascade Technology, a patented technology exclusive for the new lens, begins with a variable base curve blank. This allows for achieving what VSP says is an ideal curve at each point of the lens, which is different from standard freeform lens blanks that use a constant base curve throughout the lens. Read more.