Zeiss Distagon T* 35mm f2.0 ZF.2 Nikon Mount Lens

Capture every moment with the Distagon T* 35mm f2.0 ZF.2 Nikon Mount Lens. It is built with a precise manual focus to produce a more realistic and detailed image quality and ZEISS T* anti-reflective coating that guarantees superior photos even in the most unfavorable lighting conditions. It features an aperture range of f/2.0 - f/22 for a wider range of depth of focus in images. It has an M 58 x 0.75 filter thread where you can attach your acccessories to and make your pictures even more beautiful. The lens features the latest "Floating Elements" design to reduce aberration effects, 9 lens elements in 7 groups for better image quality, and made of a special glass made with anomalous partial dispersion. It is suitable for F Mount (ZF.2) Cameras. It is also compatible with APS-C and Full Frame Sensor DSLR Cameras.

Product Features in Detail

Make the most of the moment
A mere second can make the difference between a simple snap and a truly great image. Make sure that you capture every decisive moment with the Distagon T* 2/35.

Natural Brilliance
The Distagon T*2/35 is a medium wide-angle lens, ideal to capture any scene in all its natural brilliance – with nothing escaping its gaze, even in low-light situations. Its compact design and the short, precise angle of focus rotation make it particularly suitable for journalistic photography. And with its high performance and versatility, it is always ready for the unexpected.

Design
When wide angle views go to extremes and beg the control via an SLR viewfinder, which means that the back focal distance has to be much larger than the focal length, a retrofous design called Distagon is the right choice.

Homogeneous image quality throughout the image field
ZEISS lenses are famous for their extraordinary image quality. Even with challenging subjects, perspective, color and light are optimally rendered – throughout the entire 35 mm image field. For this reason, we place great emphasis on particularly high image quality, e.g. low distortion and outstanding stray light reduction for rich colors.

Excellent image quality
The ZEISS range of T*® lenses offers the highest possible standards in terms of performance, reliability and, of course, image quality. Quite simply, they are superior in every way. You can count on highly advanced flare control for crisp and brilliant images, for example. And virtually zero geometric distortion, ensuring precise accuracy when reproducing shapes – especially useful when photographing products and architecture.

Precise manual focus
Manually focusing a lens means controlling the image result from your fingertips. A good ergonomic design makes all the difference. ZEISS SLR lenses stand out with their large rotation angle which enables precise focusing. Changes are immediately visible in the viewfinder. The high-quality focusing mechanism moves smoothly without play, thus also supporting the intuitive interaction with the focal plane. The precise engraving in meter and feet, and the depth of focus scale provide additional support for manually focusing.

Floating Elements Design
Today’s camera technologies and high-resolution sensors demand continuous improvement of lens performance. Thanks to the use of the latest floating element design principles, optical aberration effects in ZEISS lenses are reduced to a minimum throughout their entire focusing range. This is achieved by variation of the axial distance between individual lens elements or groups. This adjustment of the lens-to-lens distance is coupled to the distance setting to ensure correct compensation at all times. The mechanical construction of these lenses is extremely complex and they must be assembled with utmost precision – both of which are key competencies of ZEISS.

ZEISS T* anti-reflective coating
The optical elements of ZEISS lenses feature T*® anti-reflective coating on all surfaces and an optical design that guarantees images of superior brilliance at all times, even in unfavourable lighting conditions. We apply the anti-reflective coating to the lens surfaces by the vapour deposition of extremely thin, transparent layers on the glass. In this process, special substances are vaporized with extremely high energy in a high-vacuum environment and are subsequently deposited on the glass surfaces, one after another, as layers with precisely controlled thicknesses to achieve the desired reduction of reflective properties. The first coating techniques were employed by ZEISS as long ago as in the 1930s.