OptiVISOR ® - Professional Headband Magnifier with 2,5x magnification
For years, proven quality for professionals - Made in USA
OptiVISOR is a precision binocular headband magnifier which permits unrestricted user efficiency while reducing eye strain—leaves both hands free and allows three dimensional vision. Used by anyone whose profession or craft requires close accurate work. Can be worn over prescription or safety eyeglasses.
Great for jewelers, hobbyists, seamstresses, artists, draftsmen, architects, pharmacists, doctors a.s.o.. Can even be used for reading
Donegan Optical "Jewelers" OptiVisor CommercialVideo is for illustrative purposes only and may also show products from other manufacturers.
Scope of delivery
- OptiVISOR with Lens power: 2,5x (plate no. 5)
working distance 8"
General product information
- Changable optical glass prismatic lenses: Ground and polished to precision optical standards—bevel edged and mounted in an interchangeable plastic frame
- Available lenses (power / focal length):
1.5x / 20" (= Plate no. 2 = no. 8272/1,5)
1.75x / 14" (= Plate no. 3 = no. 8272/1,75)
2x / 10" (= Plate no. 4 = no. 8272/2)
2.5x / 8" (= Plate no. 5 = no. 8272/2,5)
2.75x / 6" (= Plate no. 7 = no. 8272/2,75)
3.5x / 4" (= Plate no. 10 = no. 8272/3,5) - It tilts: Adjustable pivots allow the visor to be tilted out of the way when not needed and at your fingertips when you need magnification
- Adjustable headband: Conforms to fit all head sizes—fabricated from a special blend lightweight material. Comfortable when worn for long periods of time.
- High impact visor: Provides a tough, durable, always-new appearance
- Genuine leather comfort band: Padded orthopedic felt adds to comfort
- Product size 9.5" X 7.8" X 1.9" Inches (242 X 200 X 49mm)
- Made in the USA
Donegan Optivisor Demo review and how to choose. 1080p HDVideo is for illustrative purposes only and may also show products from other manufacturers.
Worth knowing
Magnifiers - magnification, working distance and field of view:
The higher the magnification factor of a loupe, the smaller the working distance between the object and the loupe lens, and the smaller the displayable working field of view.