Fujinon HF8XA-5M 2/3" 8mm F1.6 Manual Iris C-Mount Lens, Compact Size, Low Distortion, 5 Megapixel Rated (for 3.45 Micrometer Pixel Pitch)

The Fujinon HF8XA-5M 2/3" 8mm F1.6 Manual Iris C-Mount Lens is a compact, high-resolution lens designed for demanding industrial and machine vision applications. With an 8mm focal length, it offers a versatile field of view that balances wide coverage with the ability to capture detailed images. Rated for 5 megapixels and optimized for a 3.45 micrometer pixel pitch, this lens ensures precise, sharp, and high-contrast imaging, making it suitable for tasks requiring fine detail and accuracy. The fast f/1.6 aperture allows for excellent performance in low-light conditions, ensuring bright and clear images. The manual iris control offers precise aperture adjustments from f/1.6 to f/16, providing flexibility in controlling exposure and depth of field to suit a variety of lighting conditions and imaging needs. One of the standout features of the Fujinon HF8XA-5M is its low distortion design, ensuring that captured images are free from significant optical aberrations. This makes the lens ideal for applications where image accuracy and fidelity are critical, such as quality control, inspection, and machine vision tasks. The lens’s compact size allows it to be easily integrated into tight spaces or smaller camera systems, making it a versatile option for a wide range of setups. The durable all-metal housing is designed to withstand the rigors of industrial environments, ensuring long-lasting performance and reliability. Its C-Mount design ensures compatibility with a broad array of industrial cameras, and it is optimized for 2/3" format sensors, delivering consistent high-quality results across various imaging platforms. Manual focus and iris adjustments allow users to fine-tune settings for optimal image capture. The Fujinon HF8XA-5M is an excellent choice for professionals in machine vision, robotics, and industrial inspection who need a compact, high-performance lens with low distortion and high-resolution capabilities, ensuring dependable results in precision imaging applications.