WHAT ARE OCCUPATIONAL LENSES?

Occupational lenses are designed for working professionals who need glasses for near vision work, yet need the added flexibility and range to see things a bit further away than a normal reading distance. People, who develop presbyopia at around the age of 40, lose the ability to focus properly at multiple distances.

Reading glasses and even sophisticated progressive lenses come with limited options for mid and near range visual requirements. The solution to this unique visual requirement based on occupational/visual needs is a variable occupational lens.

NOVA OCCUPATIONAL LENSES

Nova Occupational lenses are designed to allow the wearer to view all working distances comfortably within the conventional working area without any strain.

Nova Occupational lenses address the needs of a wide range of professionals such as Chefs, Musicians, Artists, Accountants, Liberians etc, requiring a good vision at near to extended intermediate range in the course of their daily routine.

Nova Office is manufactured using Digi-contour technology. The design utilises 100% back surfacing technology, and can help with maintaining a natural posture when carrying out work and hobbies within a close proximity to the wearer. Digi-Contour Technology has resulted in numerous advancements in lens technology and is one of the most dynamic technological innovations in the eyewear industry.

Thanks to Digi-contour technology, wearers will receive corrective lenses designed specifically to accommodate their exact visual requirement. In order to fully maximize the wearer’s experience while wearing Nova Office lenses, the lenses can be further enhanced by adding the Satin Blue coating to improve comfort and contrast. Satin Blue coating offers both indoor and outdoor protection from UV and filters blue-violet light*. 

Nova Office is easy to fit, and can be dispensed and fitted like other progressive lenses
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Check Prescription: Check the far- vision prescription and record it exactly as you would for a progressive or bifocal lens.
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Pupillary Distance Measurement: Take the mono distance PD measurement.
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Height Measurement: Ensure that the selected frame has a minimum B-measurement of 29 mm. In the B-measurement, mark the fitting cross at the centre of the pupil. Ensure that the selected frame has at least 13mm from the fitting cross to the top of the frame, and 16mm to bottom of the frame.

‍Lens Verification: Verify the reading prescription .If the total near-reading power is correct, the lens will perform optimally in all zones up to the maximum distance for that particular prescription.

*Protection against UV and blue-violete light filtering. (Blue-violet light is between 400 and 455nm as stated by ISO TR 20772:2018).