"UX" in the series name stands for "User eXperience", as to indicate all the experiences that users will acquire through using these filters and all that comes with. By naming this series UX, we aim to offer users better individual experiences...
Hoya PRO1 Digital UV 58mm filter
PRO1 Digital Series is an exclusive series of filters designed for demanding users. Filters offer a number of qualities providing durability and reliability in most unfavourable shooting conditions. Thanks to the advanced patents you can obtain incredible effects as soon as a camera shutter is released.
The product is intended for photographers using digital cameras. They are made of the highest quality optical glass. The latest generation anti-reflection DMC (Digital Mulit Coated) coatings ensure high light transmission rate. Extremely carefully manufactured filter surface increases its resistance to reflections.
New multi-coating technologies compatible with modern CMOS and CCD sensors installed in digital cameras provide perfect colour balance and allow for much better light transmission curve. Filters in Digital Series are made of glass with the highest technical parameters outstripping other Hoya filters and filters made by most renown manufacturers. Filters come with a thin LPF (Low Profile Frame) with an external thread helping you to avoid vignetting effect even if you shoot with a wide-angle lens.
UV filters provide perfect lens protection against external factors, such as dirt, dust and damages. They also cut ultraviolet radiation off to obtain better colour saturation and improve contrast on a photo, especially during sunny days.
- multilayer anti-reflective DMC coatings
- a thin LPF frame prevents vignetting
- available diameters: 37-82filter
- ring: black, slim
- HOYA Pro1 Digital UV (0) filter
- original packaging
- 2 years
- PRO1 Digital
- Rodzaj filtra
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The Hoya UV & IR light transmission curve shows the sharp-cut nature of the filter glass and coatings as well as the consistent light transmission in the visible spectrum. This curve demonstrates a more even visible light transmission than the...