ZEISS Loxia 85mm f/2.4 Sony E - Zeiss
Photographic Lenes > Lens Sony NEX Full Frame
EAN:4047865500210
₦ 2,399,083.14
VAT Included
VAT Included
Adcom - Zeiss
New
Available in 20 days
E-Mount Lens/Full-Frame Format
Aperture Range: f/2.4 to f/22
Three Low Dispersion Elements
Sonnar Optical Design
ZEISS T* Anti-Reflective Coating
Manual Focus Design
Manual Aperture Ring Can Be De-Clicked
Weather-Sealed Construction
A compact short telephoto prime for full-frame Sony E-mount mirrorless cameras, the Loxia 85mm f/2.4 from ZEISS is an ideal portrait-length lens characterized by its sleek form factor and impressive optical qualities. Utilizing an optimized Sonnar concept, the simple seven elements, seven groups design incorporates three anomalous partial dispersion elements to greatly reduce chromatic aberrations and color fringing for notable clarity and color accuracy. Additionally, a ZEISS T* anti-reflective coating has also been applied to the individual lens elements to control lens flare and ghosting for improved contrast when working in strong lighting conditions.
Loxia-series lenses are distinguished by their manual focus operation along with a manual aperture ring that can be de-clicked for silent operation, making them especially suitable for filmmaking applications. Loxia lenses are also characterized by their compact form factor and all-metal lens barrel, which incorporates engraved focusing and depth of field scales, for fine-tuned control. Additionally, the lens body sports a dust- and moisture-sealed design to permit its use in trying environments.
Short telephoto prime is designed for full-frame Sony E-mount mirrorless cameras, however can also be used with APS-C models where it provides a 127.5mm equivalent focal length
An f/2.4 maximum aperture permits working in low-light conditions, offers control over depth of field, and also helps to maintain the compact overall form factor of the lens.
Sonnar optical concept suits the combination of a large maximum aperture and long focal length, and also contributes to notable sharpness, well-controlled flare, and high contrast.
Three anomalous partial dispersion elements are used to significant
Aperture Range: f/2.4 to f/22
Three Low Dispersion Elements
Sonnar Optical Design
ZEISS T* Anti-Reflective Coating
Manual Focus Design
Manual Aperture Ring Can Be De-Clicked
Weather-Sealed Construction
A compact short telephoto prime for full-frame Sony E-mount mirrorless cameras, the Loxia 85mm f/2.4 from ZEISS is an ideal portrait-length lens characterized by its sleek form factor and impressive optical qualities. Utilizing an optimized Sonnar concept, the simple seven elements, seven groups design incorporates three anomalous partial dispersion elements to greatly reduce chromatic aberrations and color fringing for notable clarity and color accuracy. Additionally, a ZEISS T* anti-reflective coating has also been applied to the individual lens elements to control lens flare and ghosting for improved contrast when working in strong lighting conditions.
Loxia-series lenses are distinguished by their manual focus operation along with a manual aperture ring that can be de-clicked for silent operation, making them especially suitable for filmmaking applications. Loxia lenses are also characterized by their compact form factor and all-metal lens barrel, which incorporates engraved focusing and depth of field scales, for fine-tuned control. Additionally, the lens body sports a dust- and moisture-sealed design to permit its use in trying environments.
Short telephoto prime is designed for full-frame Sony E-mount mirrorless cameras, however can also be used with APS-C models where it provides a 127.5mm equivalent focal length
An f/2.4 maximum aperture permits working in low-light conditions, offers control over depth of field, and also helps to maintain the compact overall form factor of the lens.
Sonnar optical concept suits the combination of a large maximum aperture and long focal length, and also contributes to notable sharpness, well-controlled flare, and high contrast.
Three anomalous partial dispersion elements are used to significant
