35mm F2 DG Contemp.Black LEAN  0085126941963

Sigma 35mm f/2 DG Contemporary Lens (L-Mount, Black), Full-Frame, Autofocus, Filter 58 mm - 6030165

An inherently flexible focal length, the Sigma 35mm f/2 DG Contemporary Lens is a sleek wide-angle prime pairing a bright design with a portable form factor.
The standard wide field of view is useful for a broad array of subject types, including landscape, street, documentary, and reportage shooting.
Matching the versatility of the focal length, the fast f/2 maximum aperture gives added flexibility for controlling depth of field or for working in low-light conditions.
Despite the speed, this lens still manages to remain portable and lightweight for everyday shooting.

- Contemporary Line lens features a compact design that measures approximately 2.8 x 2.6" and a weight of about 11.5 oz, making it portable enough for everyday shooting needs without compromising on optics or speed.
- Internal focusing design pairs with a stepping AF motor for responsive and fast focusing performance that's suitable for both stills and video applications.
- Optical design includes two aspherical elements, to optimize sharpness and limit aberrations, and a Super Multi-Layer Coating that controls flare and reflections.
- Rounded 9-blade diaphragm contributes to a smooth and pleasing bokeh quality when employing selective focus techniques.
- Dust and splash-resistant construction with a brass bayonet mount for ensured accuracy and durability.

Sigma I Series Lens
The Sigma I Series is a group of full-frame-compatible lenses emphasizing the ideal mixture of performance and compactness for mirrorless shooters.
Combining high optical performance with a stylish and sleek design, these lenses are well-matched to contemporary mirrorless cameras and shooters who prioritize lenses with a high degree of usability, portability, and capability.

- I series lenses have an all-metal construction, including precision-cut aluminum parts on the barrel that offers an elegant finish that's equally durable. Metal materials are