These lenses are also very suitable for work at medium distances, where the near vision lenses are inadequate and the progressives have limitations in the width of the field of view.

Reader work lenses are a great complement to progressive lenses, as they provide freedom when working with a computer, at a desk, when reading or doing housework. They are recommended for all tasks in the room.

READER LENS TYPES

Ideal for users whose priority is to watch at distances from near to monitor (60cm – 133 cm). The lenses have extremely wide fields of vision, working with a computer is comfortable, and the view of the monitor is excellent.

We recommend choosing real Reduction (distance to monitor).
Hint: Smaller Reduction – wider view fields!

Purpose of use: close-up work and predominant use of a computer, even with a larger screen.

 

ADAPTATION WARRANTY
All lenses Magic, Reader, Acomoda, Sport RX are 100% inspected with lens quality analyzer Dual Lens Mapper, that assures highest optical quality.

 

Download the comparison chart of different Nahkomfort Reader types:

COMPARISON CHART

Balanced design for users who require sharp vision up close and on the desk. The lens design allows viewing up to a distance of two meters. Suitable especially for users working with clients, e.g. in the store, in the bank, in the office…

Purpose of use: close-up work, computer, viewing at medium distances

ADAPTATION WARRANTY
All lenses Magic, Reader, Acomoda, Sport RX are 100% inspected with lens quality analyzer Dual Lens Mapper, that assures highest optical quality.

 

Designed for users who need sharp vision near and in space. The maximum viewing distance is four meters. Slightly narrower fields of view, so not recommended for wide screens.

Purpose of use: close-up work, viewing in room.

 

 

ADAPTATION WARRANTY
All lenses Magic, Reader, Acomoda, Sport RX are 100% inspected with lens quality analyzer Dual Lens Mapper, that assures highest optical quality.

 

HOW TO ORDER

Open instructions for ordering

1. Usually far diopter, addition and model are provided. Available models are Monitor (vision zone of up to 133 cm), Work (vision zone of up to 200 cm) and Room (vision zone of up to 400 cm). Instead the Model you can also provide Reduction.
2. If the user does not use far glasses or there is no information on far diopter, the age of user, near diopter and model (vision zone length) are provided. Please make sure when ordering to mention that you are sending the information for near diopter! From the age of user we calculate the addition and far power.
3. Select the Model or Reduction according to the customer needs, with the information that the Monitor model has wider vision zones, and the Room model has greater viewing distance.
4. Minimal fitting heights: from the cross to the bottom 18 mm, to the upper edge 12 mm, MINIMAL FRAME HEIGHT 30 mm.
5. Centering and mounting: a cross on the pupil with head being relaxed – as with progressive lenses.
6. It is not allowed to use these lenses when driving!

Lenses Reader are also available in materials BlueViolet Blocker in refractive indexes 1.50, 1.61 and 1.67. This material effectively blocks harmful blue-violet light.

Materials:

  • 1.5: white, BlueVioletBlocker, Transitions, Polar, Drivewear
  • Trivex 1.53: white, Transitions, Polar, NXT
  • Tribrid
  • 1.61: white, BlueVioletBlocker, Transitions, Polar
  • 1.67: white, BlueVioletBlocker, Transitions, Polar

Additional treatments:

  • colours
  • UV400
  • Opal Ultra and Opal UltraUV

For more info and technical support please contact us on order@alcom.si or +386 4 2018233 or +386 40 663 660.

Mon – Fri: 8:00 – 18:00

Fast and simple ordering with app AlcomOnline.

 

alcom online order

Reader Calculator

This calculator is intended for calculation of correct Reduction (Dregression) of Reader lenses, to offer users best possible view on near and intermediate distances (monitor, work area, …).

Please enter:
1. Distance prescription values and Addition.

2. Use one of two ways to determine the correct Reduction:
   A. Enter Reduction to calculate Intermediate viewing distance. 
   B. Enter Intermediate viewing distance to calculate the Reduction.

In each case you will get also prescription values for upper (intermediate distance) and lower (near or reading) part of lens.