Marshall Electronics CV-4702.3-3MP 2.3mm f/2.2 M12 3.5MP Lens

The Marshall Electronics CV-4702.3-3MP 2.3mm f/2.2 M12 3.5MP Lens is a compact and versatile lens designed for use with surveillance cameras, industrial imaging systems, and other applications requiring wide-angle coverage. With its 2.3mm focal length and fast f/2.2 aperture, this lens offers a wide field of view and excellent low-light performance, making it ideal for capturing detailed images in various lighting conditions. The M12 mount ensures easy installation and compatibility with a wide range of cameras, while the 3.5MP resolution delivers sharp and clear images with minimal distortion. Whether used for monitoring large areas or capturing immersive footage, the Marshall Electronics CV-4702.3-3MP lens provides reliable performance and exceptional image quality, making it a valuable asset for surveillance professionals and industrial imaging specialists.

Marshall Electronics CV-4702.3-3MP Features:

• Wide-angle coverage: Offers a broad field of view, suitable for monitoring large areas.
• Compact design: Lightweight and space-efficient, ideal for various surveillance and imaging applications.
• Fast aperture: With an f/2.2 aperture, it excels in low-light conditions, ensuring clear images even in challenging environments.
• M12 mount: Provides easy installation and compatibility with a wide range of cameras.
• High resolution: The 3.5MP lens delivers sharp and detailed images with minimal distortion.
• Versatile usage: Suitable for surveillance cameras, industrial imaging systems, and other applications requiring wide-angle coverage.
• Reliable performance: Ensures consistent image quality and performance in various lighting conditions.
• Minimal distortion: Maintains image integrity and clarity, even at the edges of the frame.
• Professional-grade construction: Built to withstand the rigors of continuous use in surveillance and industrial environments.
• Value for money: Offers a cost-effective solution for achieving wide-angle coverage and high-resolution imaging.