Sigma 14mm T2.0 High-Speed Prime Cine Lens for Canon EF, Meter

5.499,00 USD

Description

Bring your photography and videography to the next level with the 14mm T2.0 High-Speed Prime Cine Lens for Canon EF. This high-quality, professional-grade lens is designed to offer superior resolution, capable of resolving up to 8K, making it an ideal choice for high-end photography and videography projects. This lens is compact yet fully compatible with full-frame cameras, providing you with the versatility to shoot a variety of cuts without changing the lighting. Its 180-degree focus rotation allows for precise focusing, ensuring that every shot is sharp and detailed. The lens is meticulously inspected using Sigma's proprietary A1 Modulation Transfer Function (MTF) measuring system, ensuring compliance with all specifications and delivering high-performance shooting. The lens also features computer-based ray tracing from the design stage to minimize flare and ghosting, enhancing contrast in backlit conditions. The lens is designed to deliver sharpness combined with an outstanding bokeh effect, meeting the high demands for image quality in both still photography and cine lenses. It also features a standardized color balance, making color correction a breeze. Built to last, the lens boasts a 100% metal body, dust-proof and splash-proof construction, and laser engraving for enhanced durability. The front diameter is 95mm, similar to other cine lenses, and compatible with matte boxes. The lens also features silent ring stoppers, a linear iris ring, and a 180-degree focus rotational angle for high-precision focusing. The lens comes with a dedicated lens support foot, helping to minimize load on the camera body while enhancing mount stability. The Canon EF mount, used on the majority of digital cinema cameras, ensures compatibility with a wide range of devices. Experience the difference of a high-speed prime lens with the 14mm T2.0 High-Speed Prime Cine Lens for Canon EF, designed for professionals who demand high image quality and performance.