Black Friday Doorbuster Edmund Optics® 12.0mm, Cw Series Lens, 15-637 Now 30% Cheaper [e8Wy2E7g]

Black Friday Doorbuster Edmund Optics® 12.0mm, Cw Series Lens, 15-637 Now 30% Cheaper [e8Wy2E7g]

The Black Friday Doorbuster Edmund Optics® 12.0mm, Cw Series Lens, 15-637 Now 30% Cheaper [e8Wy2E7g] is a high-quality, C-Mount lens designed for precision imaging applications. This lens is engineered to deliver exceptional performance and durability, making it an ideal choice for a wide range of scientific and industrial uses. With its waterproof (Cw) versions, the lens is built to withstand harsh environments, ensuring reliability in demanding conditions.

• Up to 2/3-inch format compatibility
• Waterproof design meets IEC Ingress Protection Ratings of IPX7 and IPX9K

Technical Specifications and Features

The 12.0mm, CW Series Lens is equipped with a broad spectral range of 425 - 675nm, making it suitable for a variety of applications, including fluorescence and Raman spectroscopy. The lens is designed to eliminate the need for a protective lens cover, enhancing its durability and ease of use. Its C-Mount compatibility with an O-ring (25mm ID x 2mm) ensures a secure fit, while the BBAR (Broadband Anti-Reflective) coating minimizes reflections and maximizes light transmission.

• 425 - 675nm BBAR coating for optimal light transmission
• Meets IEC Ingress Protection Ratings of IPX7 and IPX9K for waterproof performance

Practical Applications and Benefits

This lens is perfect for researchers, engineers, and professionals who require a reliable and versatile imaging solution. Its robust waterproof design and exceptional optical performance make it ideal for use in outdoor environments or in laboratories where water resistance is crucial. The lens's wide spectral range and high-resolution capabilities ensure clear, detailed images, enhancing the quality of scientific experiments and industrial inspections.

• Targeted for use in scientific research and industrial applications
• Enhances image quality and precision in various imaging systems