Sigma 24-70MM F2.8 DG OS HSM Art Lense for Nikon - Black DG Full Frame
1 Offer from: R 18 759.00
Brand: SigmaModel: PLID46919896
Last Updated: 2021-08-04
What's in the box? - Sigma 24-70mm f/2.8 DG OS HSM Art Lens for Nikon F - LCF-82 III 82mm Lens Cap - Rear Cap LCR II for Nikon F Mount Lenses - LH876-04 Lens Hood - Lens Case Features: - F-Mount Lens/FX Format - Aperture Range: f/2.8 to f/22 - Three SLD and Four Aspherical Elements - Super Multi-Layer Coating - Hyper Sonic AF Motor, Manual Override - Optical Stabilizer - Rounded 9-Blade Diaphragm - TSC Material, Brass Bayonet Mount - Compatible with Sigma USB Dock Specifications: - Performance - Focal Length: 24 - 70mm - Aperture: Maximum: f/2.8 - Minimum: f/22 - Camera Mount Type: Nikon F - Format Compatibility: Nikon FX/35mm Film - Angle of View: 84.1 degree - 34.3 degree - Minimum Focus Distance: 1.21' (37 cm) - Maximum Reproduction Ratio: 1:4.8 - Elements/Groups: 19 / 14 - Diaphragm Blades: 9, Rounded - Features - Image Stabilization: Yes - Autofocus: Yes - Physical - Filter Thread: Front: 82 mm - Dimensions (DxL): Approx. 3.46 x 4.24" (88 x 107.6 mm) - Weight: 2.24 lb (1020 g) - A versatile zoom for everyday shooting, the Nikon F-mount 24-70mm f/2.8 DG OS HSM Lens from Sigma covers a
wide-angle to portrait-length range of focal lengths to suit shooting in a variety of environments. - As part of the esteemed Art series of lenses, a sophisticated optical design is used that incorporates three SLD elements and four aspherical elements to reduce chromatic and spherical aberrations, as well as colour fringing, distortions, and other anomalies for greater clarity and sharpness. - A Super Multi-Layer Coating has also been applied to suppress lens flare and ghosting for accurate color fidelity and high contrast, and a protective coating has been applied to the front element, too, to benefit working in harsh climates. - Additionally, extending its versatility, a constant f/2.8 maximum aperture affords consistent performance throughout the zoom range as well as greater control over depth of field.