Sigma 18-50mm f/2.8 DC DN Contemporary Lens for Canon RF, Bundle with 55mm Filter Kit, Soft Lens Pouch and Cleaning Kit

A large F 2.8 aperture zoom lens that need never leave your camera. This exceptionally light, bright, and sharp standard zoom for crop-sensor mirrorless cameras is the ultimate workhorse lens. SIGMA's first APS-C size mirrorless dedicated zoom lens, the SIGMA 18-50mm F 2.8 DC DN | Contemporary, will now be available for the Canon RF Mount. This addition allows users to enjoy high-performance, and high-quality SIGMA zoom lenses in native mount on their Canon RF Mount system. The Sigma 18-50mm f/ 2.8 DC DN Contemporary Lens weighs 290g and measures less than 3 inches in length.

This lens makes for a great travel companion for your APS-C mirrorless cameras. Take it anywhere and everywhere without the bulk and weight of traditional lenses. Go Beyond Kit LensesExperience the upgrade to special lenses from standard kit lenses! The Sigma 18-50mm f/ 2.8 DC DN lens offers outstanding optical performance with a constant f/ 2.8 constant aperture unlike typical kit lenses, providing better low-light performance.
And - there's more: more creative control over depth of field! Versatility at its
Best: Wide to Mid-TeleWith a full-frame equivalent focal range of 27-75mm, this Sigma lens provides versatility in multiple levels. This versatile zoom range allows an effortless switch between different photo types, letting you capture every moment with precision and clarity. Silent and SmoothA quiet stepping motor makes the Sigma 18-50mm f/ 2.8 DC DN Contemporary Lens great for both photo and video. With it, photographers and videographers like you enjoy a fast, smooth, and silent autofocus that makes sure you never miss a moment (or shot! ). Believe in Macro MagicIts 18mm end has a macro capability of 1:2. 8. So, you can get up close and personal with your subjects! Every close-up shot will be blessed with incredible detail and sharpness. A Creator's Best FriendThanks to its compact size and lightweight body, the Sigma 18-50mm f/ 2.8 DC DN Contemporary Lens is ideal for use with gimbals and other stabilizing equipment. Vloggers, filmmakers, or content creators, this lens is the one for you. Available for Multiple MountsNo need to worry about compatibility! The Sigma 18-50mm f/ 2.8 DC DN Contemporary Lens is available for the following mounts: Sony E-mount, L-Mount systems, Fujifilm X Mount, and the Canon RF Mount. Discover the versatility and performance of the Sigma 18-50mm f/ 2.8 DC DN Contemporary Lens for Canon RF, a compact and lightweight powerhouse designed for crop-sensor mirrorless cameras. This high-performance lens is your ideal companion for a diverse range of photographic and videographic pursuits, including landscape, portrait, street photography, architecture, and event coverage. With a full-frame equivalent zoom range of 27-75mm, it offers exceptional flexibility to adapt to various shooting scenarios. The Sigma 18-50mm lens excels in macro-style close-up photography, thanks to its maximum magnification of 1:2. 8 and a minimum focusing distance of just 12.1 cm, allowing you to capture intricate details with remarkable precision. Its large F 2.8 aperture ensures superior low-light performance, enabling handheld shooting in dim conditions while providing a shallow depth-of-field for striking, high-contrast images. Equipped with a stepping motor, this lens delivers fast and quiet autofocus, making it perfect for video shooting and capturing fast-moving subjects such as children and animals. Weighing less than 300g, the lens is exceptionally portable, making it an excellent choice as a first interchangeable lens or a convenient sub-lens for full-frame bodies.

Despite its compact size, the Sigma 18-50mm lens offers outstanding image quality, featuring three high-precision glass-molded aspherical elements and in-camera aberration correction to eliminate optical imperfections like distortion and vignetting. Constructed from Thermally Stable Composite (TSC), the lens barrel is robust and ensures stable performance across varying temperatures