SIGMA ART 14-24MM F/2,8 DG HSM CANON

Sigma Art 14-24mm f/2.8 DG HSM - Canon EF

• Full Frame Lens with APS-C compatibility
• Bright F2.8 aperture throughout entire zoom range
• Dust- and splash-proof construction with weather sealing
• Fast AF with full-time manual focus
• Virtually zero distortion at infinity focus
• High-precision, rugged brass bayonet mount
• Rounded diaphragm

The definitive wide-aperture ultra-wide-angle zoom lens

SIGMA has achieved major advances in production at the Aizu factory, and now manufactures with extremely high precision cast aspherical lens elements as large as φ80mm, incorporating them into new products. This optical premium technology sets a new standard for excellence in ultra-wide-angle lenses.
SIGMA simultaneously began the Art Series, the development of two ultra-wide-angle lenses with a 14mm key-width: one fixed and one zoom. In 2017, the company launched SIGMA 14mm F1.8 DG HSM | Art as the ultimate solid ultraviolet lens. This lens offers outstanding picture quality combined with brightness F1.8.

Now introduces SIGMA 14-24mm F2.8 DG HSM | Art as the ultimate ultraviolet zoom. This lens offers, with minimal distortion, outstanding F2.8 brightness across the entire zoom range and delivers maximum image quality at every focal length and shooting distance. For these reasons, it is the ultimate wide-angle zoom with high brightness.

Outstanding Art Image Quality

14-24mm F2.8 DG HSM | Art is designed to match cameras with 50 megapixels + and offer top-level optical performance throughout the zoom range, it contains three FLD lens elements, three SLD lens elements and three aspherical lens elements, including a large diameter aspheric element. Efficient distribution of these high-refractive index lens elements further increases the corrective effect with FLD and SLD elements. This optical system minimizes transverse chromatic aberration and other optical aberrations, resulting in outstanding image quality with high resolution,

The first element of the optical system is a large diameter aspheric lens. Optimizing the power distribution of this and the other lens elements minimizes the distortion to 1% or less. As a result, light points appear as dots without dots from the center of the image to the edge and the light volume is also abundant everywhere in the frame. In addition, simulations performed from the design stage and forward helped minimize glare and ghost images. The combination of these technologies ensures excellent ultraviolet performance.