Nanomite® Progressive Lens
If you are above 40 and struggling to see small print with your current glasses, you probably need progressive lenses. Many people will experience a gradual change in the ability to focus up close. Nanomite Progressive lenses are the best solution for you as it provides a smooth and sharp transition of vision at any distance. These lenses allows you to do close-up work (like reading a book and sewing), middle-distance work (like checking out a website on a computer), or distance viewing (like driving) without the need to change your glasses.
Progressive Visual Comparison
Find out which of our progressive lens is suitable for your lifestyle.FAR VISION
INTERMEDIATE VISION
NEAR VISION
MOTION VISION STABILITY
TROUBLE FREE ADAPTATION
DRIVING COMFORT
| FAR VISION | INTERMEDIATE VISION |
| For activities more than 1.5 meters (e.g. running outdoors, walking) | For activities between an arm's length to 1.5 meters (e.g. computer, television) |
| NEAR VISION | MOTION VISION STABILITY |
| For activities within arm's length (e.g. reading, use of mobile phones) | The process of inferring the speed and direction of elements in a scene |
| TROUBLE FREE ADAPTATION | DRIVING COMFORT |
| A smooth transition in viewing different scene | Support your driving activities |
| FAR VISION | INTERMEDIATE VISION | NEAR VISION | MOTION VISION STABILITY | TROUBLE FREE ADAPTATION | DRIVING COMFORT | |
|---|---|---|---|---|---|---|
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| Advanced personalized progressive, suitable for demanding patient, suitable for outdoor, indoor and general-purpose wearer. Learn More | ||||||
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| Outdoor progressive, suitable for outdoor, with exceptionally low distortion and good distance. Learn More | ||||||
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| Outdoor progressive, suitable for outdoor, with extremely low distortion and good distance. Learn More | ||||||
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| Indoor progressive, suitable for office usage that give good intermediate and reading, low distortion. Learn More | ||||||
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| Balance Design that enable wearer for all purpose day use. Reasonable far and near distance. Learn More | ||||||
| FAR VISION | INTERMEDIATE VISION |
| NEAR VISION | MOTION VISION STABILITY |
| TROUBLE FREE ADAPTATION | DRIVING COMFORT |
| FAR VISION | INTERMEDIATE VISION |
| NEAR VISION | MOTION VISION STABILITY |
| TROUBLE FREE ADAPTATION | DRIVING COMFORT |
| FAR VISION | INTERMEDIATE VISION |
| NEAR VISION | MOTION VISION STABILITY |
| TROUBLE FREE ADAPTATION | DRIVING COMFORT |
Nanomite Progressive Extended Technology
| NANOMITE® 7D | NANOMITE® 6D | NANOMITE® 5D | NANOMITE® 4D | NANOMITE® 3D | |
|---|---|---|---|---|---|
| OPTIMAL CURVE | |||||
| ATORIC DESIGN | |||||
| PROGRESSIVE ATORIC SURFACE | |||||
| FLEXIBLE INSET DESIGN | |||||
| DOUBLE SURFACE OPTIMUS TECHNOLOGY (DSOT) | |||||
| NATURAL 180 DEGREE DESIGN | |||||
| SUPER SMOOTH "T" DESIGN | |||||
| EYE REST TECHNOLOGY | |||||
| AUTO TUNING SYSTEM (ATS) | |||||
| WRAP ANGLE, TILT ANGLE, VERTAX DISTANCE (WTV) | |||||
| NEURON 3D SCANNING | |||||
| INDIVIDUALIZED TECHNOLOGY |
Designed the eyeglasses in proportion to the level of addition stabilizing back curve variations
Design by highly effective aberration control compensates technology
Idealized aspheric surface produced a clear vision
Optimizing the distortion according to variable inset
Implemented on double sides of the lens
Optimized vision by controlling additional power around a point
Designed with low aberration to optimizes the swaying effects
Design by stimulating the sight when looking through a progressive lens
Compensating the design according to the eye point data
Applied to where the design should be against the eye when worn
Uses the magnetoencephalogram research that maps the brain activities safely to optimized the design
Require a less head movement and make the vision sharp & clear within arm reach
Maximum Clarity
In addition to the atoric surface, a progressive aspheric design embedded the compensated degree have also been mutually applied. The ideal progressive atoric surface ensures ultimate vision clarity.
Optimized Near Vision
The near vision is optimized by near variable inset to reduce unwanted distortion Nanomite DSOT Technology Distortion has been electively compensated by adopting double surface optimum technology. The atoric front surface allows the far-vision as well as near-vision to mix and match 12 different base curves variation.
Distortion has been effectively compensated by adopting double surface optimum technology. The atoric front surface allows the far-vision as wel as near-vision to mix and match 12 different base curves variation.
The near vision is optimized by near variable inset to reduce unwanted distortion Nanomite DSOT Technology Distortion has been electively compensated by adopting double surface optimum technology. The atoric front surface allows the far-vision as well as near-vision to mix and match 12 different base curves variation.
With multi fitting corridor, wearer will have no worries in experiencing 180º natural fitting.
Comfortable vision is achieved by compensating the design according to the eye point data.
The Eye Rest Technology design makes the vision of the R and L eye similar, by stimulating the sight of when looking through a progressive lens than rebalanced the aberration and distortion fields.
WTV Distance technology is applied while calculating the progressive design and vision comfort. This allows better precision.
The magnetoencephalogram is a technique for mapping the brain activity by following the magnetic fields produced by the electric flow of the brain. The electric flow is caused from the excitement of the brain cells to transfer information. The magnetoencephalogram can map the brain activities safely and in details (milliseconds, and in spatial resolution).
Nanomite® Individualized Technology is the integrated technology that able to produce the combination of comfort and clear vision with a less head adjustment.
