Now, a new compressed-design progressive lens from HOYA
proves lightning can strike twice!
Combines the Minimalism Patients Want...
- At 14 mm, Summit CD has the shortest fitting height among major
manufacturers' pregressive lenses
- Shortest corridor length of an major lens (11 mm)

- Designed for the smaller, more fashionable frames many patiets prefer
...with the Realistic Performance Patients Expect from a Summit!
- Proprietary Integrated Transmittance Control Technology (ITCT) enables
HOYA engineers to create optimal performance at all parameters:
- Sharp and wide distance viewing
- Smooth and wide intermediate zone
- Clear and wide reading zone
- Patients find it easy to adapt to the smooth progressions of Summit CD
Discover the electrifying genius of the new HOYAlux Summit
CD
A Wide Variety of Materials Ensures Every Patient Enjoys Freedom of Choice
- Summit CD is available in these exclusive HOYA materials:
- 1.60 Eyas High Index
- 1.70 Eyry Ultra High Index (Available Spring 2003)
- 1.50 Hilux (Available Spring 2003)
All materials available with HOYA coatings and finishing treatments.
Hilux also available with alternate coatings and finishing treatments.
n Ounce of SMP is Worth a Lifetime of Durable Performance!
- The SMP (Substrate Matching Properties) process ensures that the lens and
coatings expand and contract at the same rate. This helps:
- Increase scratch resistance
- Prevent peeling
- Enhance lens strength and durability
- Eliminate interference fringes
- HOYA uses the SMP process in the application of all its finishes:
- Hardcoats, HiVision AR and Aquacoats included on 1.70 Eyry only (optional on
Hilux and Eyas)
- Super HiVision AR with View Protect is optional for added strength, scratch
resistance and ease of cleaning
- SunTech Photochromic (Available Spring 2003)

A revolution in lens design that allows for fashion and
performance in one dynamic lens!
The World's Smallest Progressive Lens
- Shortest minimum fitting height - 14 mm
- Shortest corridor length - 11 mm
The World's Most Realistic Progressive Performance
- Optimal performance at every distance - near, far, and in-between

