Digital Precision Within Everyone's Reach
Digital technology surrounds us and offers us a better way to see the world, whether by increasing the number of pixels in digital cameras or viewing television in glorious high-definition.
As the leader in the photographic industry, Nikon has been able to perfect the world of digital technology. Lens technology is constantly evolving and Nikon is at the forefront with its flair for precision manufacturing and development of progressive designs.
Presio GO Digital, the latest addition to the Nikon portfolio, follows the technological footsteps of the previous Presio design philosophy, offering advanced, digital precision within everyone’s reach.
When to use
PRESIO GO DIGITAL 14
- New presbyopes
- Wearers looking for wide far vision
- Active lifestyles
- Upgrade for current Presio-i 15 wearers
PRESIO GO DIGITAL 12
- Wearers looking for wide near vision
- Small frame wearers
- Upgrade for current Presio-i 13 wearers
Features
Nikon Aspheric Technology
This back surface Nikon lens design benefits from Nikon’s proven aspheric lens technology. Aspheric technology, originating in camera lens designs, produces thinner, lighter, flatter and optically better performing lenses.
Optimisation through Nikon Calculation Engine
The mathematical algorithm is only completed once the order is received. The optimisation process starts by analysing point by point what the wearer power should be. The process is repeated many times in order to correct visual aberrations as much as possible.
The surface is optimised by reducing aberrations producing more controlled visual areas for the wearer.
Nikon Digital Surfacing
Nikon’s sophisticated and unique processing technology, Nikon Digital Surfacing, is the backbone of Presio GO Digital. It enables superior precision for increased image resolution.
Benefits
Sharper and wider vision
Presio GO Digital offers sharper and wider vision in far, intermediate and near vision. The width of the far vision area is increased by up to 12% and the near vision area by up to 50% compared to traditionally surfaced progressive lenses.
