
Sigma 105mm f/2.8 DG DN (Art) Camera Lens
Product information for Sigma 105mm f/2.8 DG DN (Art) Camera Lens
Mid-Telephoto Macro Lens Dust and Splash-Proof Structure Water and Oil-Repellent Coating Filter Diameter: 62mm Completely new optical formula for exceptional sharpness and pleasing bokeh Life-sized magnification (1:1) short tele macro for full-frame mirrorless Clicked and de-clicked aperture ring with Aperture Ring Lock Switch Focus Limiter switch for macro, portrait, or full range autofocus Hypersonic Motor optimized for smooth and accurate AF SIGMA Art line class optical and AF performance AFL Button Mid-telephoto macro lenses give photographers a boost to creativity and a versatile working distance, which makes the lenses a favourite among professionals as part of their basic gear. Introduced as the first macro lens for mirrorless cameras in the Art line of lenses for mirrorless cameras, the 105mm F2.8 DG DN MACRO | Art packs the highest level of performance expected of a mid-telephoto macro lens into its body, from its superb optical performance to excellent build quality. Beyond being a high-spec macro lens that excels in a wide range of settings, the SIGMA 105mm F2.8 DG DN MACRO | Art is ideal for macro shooting or portraits. It can also give photographers an opportunity to rediscover a new way of looking at or enjoying things such as unexpected beauty or something precious in everyday life through its perspective that is unique to a macro lens. It provides performance that goes far beyond the expectation or imagination of what a "classic mid-telephoto macro lens" can be. Everything required in a mid-telephoto macro lens has been achieved at highest levels: The latest optical design of the 105mm F2.8 DG DN MACRO | Art ensures exceptional sharpness at all shooting distances from extreme close-up, which is crucial in macro shooting, all the way up to infinity. In addition, its aberration correction places a particular focus on longitudinal chromatic aberration which cannot be handled by the in-camera aberration correction. The superior optical design produces cl





















