Designed Around Your Working Distance.
Clear, comfortable vision for the desk, screen and spaces around you.
Modern work rarely happens at one fixed distance. We move between documents, laptops, desktop monitors, colleagues and objects across the room, often within the same few minutes.
Our occupational lenses are designed around these near and intermediate visual demands. With wider working zones than conventional all-distance progressives, occupational progressive lenses can help presbyopic wearers move more naturally between close and mid-range tasks.
From dedicated computer lenses to extended-depth office progressive lenses, MVision offers designs that can be matched to the wearer’s actual workspace, viewing distances and daily routine.
The purpose of an occupational design is not simply to make a screen clearer. It is to place useful lens power across the distances that matter within a particular working environment.
Reading documents, checking a mobile device and completing detailed desk work all require clear near focus. Occupational progressive lenses dedicate a generous portion of the lens to these close distances, making them particularly useful for presbyopic wearers who spend substantial time on near tasks.
Desktop monitors and other workstation equipment often sit beyond normal reading distance. Computer lenses can provide a larger intermediate visual zone than ordinary reading glasses, allowing the wearer to see the screen without relying on a narrow portion of the lens.
Some workplaces require vision beyond the monitor. The wearer may need to see a colleague, presentation screen, kitchen surface or equipment several metres away. Selected office progressive lenses extend useful focus farther into the room while retaining near and intermediate vision. MVision’s Office Vina, for example, is available with clear-vision depths of up to 1.3 m, 2 m and 4 m.
Presbyopia gradually reduces the eye’s ability to focus on close objects. For wearers whose working day is dominated by near and intermediate tasks, an occupational prescription can be tailored specifically to those distances rather than prioritising far vision that may rarely be needed at the desk.
Lens design can also influence how the wearer positions their head to find clear vision. By providing a broader usable zone at the intended screen distance, appropriately prescribed occupational lenses can help the wearer maintain a more natural viewing position instead of repeatedly searching for a narrow intermediate zone.
