The Kepler optics in the Optergo KepLite high magnification loupes provide a wide and sharp field of view. Innovative design and choice of materials have minimized the size and weight problems typical of traditional Kepler loupes. The design of the Optergo KepLite loupes does not hide the general vision at all and the slim size of the loupe houses allows the magnification area to be placed exactly where you want it in the field of view.
Optergo VinKep and KepLite loupes are made with Kepler-type telescopes that allow for a larger field of view for stronger magnifications. Multi-coated glass lenses, along with the telescope’s internal surfaces against glare, eliminate unwanted reflections. The result is a high standard of image sharpness achieved with an exceptionally lightweight system.
The field of view and depth of focus of a loupes system are determined by the type, size, and magnifying power of the telescope. VinKep and KepLite are available in three models for optimal performance under different conditions and for different users.
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MAXIM Magnification 4.3x (angle) Field of view ~8 cm Depth of focus ~6 cm |
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XTREM Magnification 5.3x (angle) Field of view ~6 cm Depth of focus ~3 cm |
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> Optergo Titan B4 The lightweight yet sturdy Titan B4 frame is an excellent foundation for Optergo Ultralight™ flip-up loupes. The frame is compatible with all Optergo® prescription lenses and accessories. |
Optergo VinKep™ and KepLite™ loupes can be used in combination with all types of eyeglass lenses, allowing functional vision solutions even in the most challenging work environments.
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Single vision eyeglass lenses A single vision lens has the same corrective power over the entire surface, which means that the field of vision covers the entire lens. Single vision lenses work great when you don’t need an addition to see up close. If sharper near vision is needed, single vision lenses allow for a limited ability to see clearly at a distance. |
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Bifocal eyeglass lenses The correction for near vision in the lower part of the bifocal lens is made for the working distance, and the surrounding part can be customized for your distance vision – typically for instruments or a computer screen. The advantages of bifocal lenses include broad and clear fields of vision for both viewing distances. The disadvantage is that vision at a distance may be limited if the surrounding lens is made with a power for intermediate distances. |
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Roomer Bifo eyeglass lenses The Roomer Bifo lens has an exceptionally wide field of vision for near vision and a smaller field is made at the top of the lens to see more distant objects. The distances for sharp vision in both parts of the lens are freely selectable. The Roomer Bifo lens is an excellent choice when you need a broad field of vision up close but also temporarily need to see further away. |
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Progressive eyeglass lenses The correction for near vision in the lower part of the lens decreases progressively toward the upper edge of the lens, providing visual acuity for longer distances in the upper part of the lens. The most effective progressive lenses at room distances are so-called multifocal lenses for office use/amplified reading glasses. In these lenses, the typically narrow field of vision for progressives can be made wider by omitting the area for long distances in the upper part of the lens. At the same time, the change in lens power decreases, making it easier to see different objects. |
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Roomer Trifo eyeglass lenses Roomer Trifo trifocal lenses are best when the user needs strong correction for near vision but also needs to see at longer distances. The strength in the lower part of the lens is made for the working distance, while the distances for the upper parts are freely selectable. Compared to progressive lenses, the advantage of trifocal lenses is their wide field of vision. |
We are a Nordic family business founded in 1996. We promote the quality, efficiency and well-being of professionals who work with precision. We deliver products, services and total solutions that improve our customers’ work vision and ergonomics.
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