Fujinon HF50HA-1S 2/3" 50mm F2.3 Manual Iris C-Mount Lens, 1.5 Megapixel Rated, Anti-Vibration & Shock Feature

The Fujinon HF50HA-1S 2/3" 50mm F2.3 Manual Iris C-Mount Lens is a high-performance industrial lens designed for precision imaging applications such as machine vision, industrial inspection, and surveillance. With a 50mm focal length, this lens provides a narrow field of view, making it ideal for capturing highly detailed images at longer distances, perfect for applications requiring pinpoint accuracy. Rated for 1.5 megapixels, it ensures crisp, high-resolution images with excellent clarity and sharpness. The f/2.3 maximum aperture allows the lens to perform well in various lighting conditions, providing sufficient brightness and depth of field control. The manual iris enables precise adjustment of the aperture from f/2.3 to f/16, allowing users to fine-tune the exposure and depth of field to suit specific imaging needs, from detailed close-ups to broader field capture. The Fujinon HF50HA-1S is built with an anti-vibration and shock-resistant design, ensuring reliable operation in environments with heavy motion, vibrations, or mechanical impacts. This makes it an ideal choice for demanding industrial applications where stability and image quality are critical, even under challenging conditions. Constructed with a durable all-metal body, the lens is engineered for longevity and can withstand harsh industrial settings. Its C-Mount design ensures compatibility with a wide range of industrial cameras, and it is optimized for use with 2/3" format sensors, delivering consistent high-quality results across various platforms. The manual focus and iris control rings provide users with precise handling for optimal image capture, making it easy to achieve accurate focus and exposure in a variety of situations. Whether used in robotics, automated inspection, or other industrial imaging tasks, the Fujinon HF50HA-1S 50mm C-Mount Lens combines high-resolution performance with robust durability, making it a reliable tool for professionals who require precision and reliability in their imaging systems.