India's fastest online shopping destination
Gift Cards
Donate stationery for kids
Help Center
Sell On Snapdeal
Download App
Cart

Sorry! This item has been discontinued.

Compare Products
Clear All
Let's Compare!

SIGMA 120-300/2.8 EX DG OS HSM FOR CANON


SIGMA 120-300/2.8 EX DG OS HSM FOR CANON

Featured

Highlights

  • 120-300mm Focal Length Range
  • Brand: Sigma
  • 2 Years Sigma India
  • Canon 100D, Canon EOS 1100D,Canon EOS 550D,Canon EOS 5D,Canon EOS 6D,Canon EOS 700D,Canon EOS 70D,Canon EOS 7D, Canon 600D, Canon 1200D, Canon 60D
  • HSM enabling quiet and super-fast AF
  • 100% Genuine Product
  • Optical Image Stabilization
  • To Avail Special Offers, contact us at cameras@jasperindia.com
  • SUPC: 1341028

Specifications

SPECIFICATIONS
Lens Construction 23 Elements in 18 Groups
Angle of View 20.4-8.2 degrees
Minimum Focusing Distance 150-250cm cm
Number of Diaphragm Blades 9
Mininum Aperture f22
Filter Size (mm) 105mm
Maximum Magnifications 1 by 8.1 (at 200mm focal length)
Dimensions (Diameter x Length) 114.4mm x 289.2mm mm
Weight 2950g

Description

 

The Sigma 120-300mm f/2.8 EX DG OS APO HSM AF Lens provides a large constant f/2.8 maximum aperture at all focal lengths. In essence, it transforms a large-aperture 300mm f/2.8 lens into a zoom lens that allows you to determine the picture composition without having to change your vantage point. Optical image stabilization facilitates hand-held photography by allowing you to shoot at shutter speeds 4 stops slower than without the stabilization.

 

The use of Apochromatic design, SLD and FLD glass elements for correction of chromatic aberrations, and super multi-layers to reduce flare and ghosting deliver superb image quality. The autofocus drive is equipped with the silent, responsive and high speed Hyper Sonic Motor and internal focusing for a highly functional professional lens. The DG design makes it fully optimized for use with digital SLR cameras.

Terms & Conditions

The images represent actual product though color of the image and product may slightly differ.

Quick links