Versatile Edmund Optics 24458 Blue Series M12 Lenses Tool [F61rpcQO]

Edmund Optics Blue Series M12 Lenses

The Versatile Edmund Optics 24458 Blue Series M12 Lenses Tool [F61rpcQO] are designed to deliver exceptional performance and versatility in a compact, aluminum housing. These lenses are part of the esteemed TECHSPEC¨ series, known for their high-resolution capabilities. With their 12.5mm blue M12 IR-Cut design and f/2.5 aperture, these lenses are perfect for a wide range of applications. The Blue Series M12 Lenses offer the same great versatility as the popular TECHSPEC¨ Green Series M12 Lenses, ensuring compatibility and ease of use in various imaging systems.

• High Resolution Performance
• Compact Aluminum Housing
• 12.5mm Blue M12 IR-Cut

Technical Specifications and Features

Each lens in the Blue Series is precision-engineered with several glass elements to ensure optimal image quality. The compact design of these lenses makes them ideal for space-constrained applications. The M12 x 0.5 thread allows for easy connection to C-Mount cameras, enhancing the lens's compatibility with a wide range of imaging devices. Additionally, the lenses are equipped with an IR-Cut filter, which is crucial for maintaining image clarity and color accuracy. The following specifications highlight the key features of the Blue Series M12 Lenses:

• Aperture: f/2.5
• Thread: M12 x 0.5
• IR-Cut Filter Included

Applications and Benefits

The TECHSPEC¨ Blue Series M12 Lenses are versatile enough to cater to a variety of industries, including automotive, industrial, and medical imaging. Their high-resolution performance and compact design make them ideal for applications where space is limited and image quality is paramount. Whether you're working on automotive diagnostics, industrial automation, or medical imaging systems, these lenses can provide the clarity and precision you need. The following benefits further highlight the value of the Blue Series M12 Lenses:

• Enhanced Image Clarity
• Compatibility with C-Mount Cameras
• Optimal for Space-Constrained Environments