Zeiss 35/2 Biogon T* ZM Black with filter,Zeiss metal hood,caps,box,manual Mint- / Free shipping (USA)

Zeiss 35/2 Biogon T* ZM Black MFR # 1365-659 with hood.filter,caps,box,manual Mint-

Key Features

Leica M-Mount Lens

Aperture Range: f/2 to f/22

One Low Dispersion Element

ZEISS T* Anti-Reflective Coating

Manual Focus Design

Minimum Focus Distance: 2.3′

Filter Thread: 43mm

10-Blade Diaphragm

THE POWERFUL ALL-ROUNDER

This moderate wide-angle focal length is one of the most popular lenses for rangefinder photography. The Biogon T* 2/35 ZM is the fastest lens in the Biogon family. It offers outstanding performance, distortion-free images and the fast f/2 aperture permits handheld photography under difficult lighting conditions. When stopped down, the lens accurately captures the smallest details, yielding images with very good contrast and ‘sparkle’. Combined with a digital rangefinder camera with a 1.3 crop factor, the lens has an effective focal length of 46 mm, similar to the standard 50 mm lens for film-based cameras. The Biogon T* 2/35 ZM is a favorite of photojournalists and an all around outstanding performer for almost any application.

Positioned as an all-around versatile lens for general shooting applications, the black Biogon T* 35mm f/2 ZM from ZEISS is a flexible wide-angle prime for M-mount rangefinder cameras. Using a Biogon optical concept, along with one anomalous partial dispersion element, distortion is virtually eliminated and chromatic aberrations and color fringing are well-controlled for a clean, realistic image quality. A T* anti-reflective coating has also been applied to minimize lens flare and ghosting, and, additionally, the lens’s manual focus design permits working with subjects as close as 2.3′ away.

Biogon optical concept benefits the wide-angle focal length by helping to virtually eliminate distortion for clean, realistic rendering.

One anomalous partial dispersion element reduces chromatic aberrations and color fringing for improved color accuracy and clarity.

Zeiss T* anti-reflective coatings have been applied to each le