Kowa LM16FC24M | 1.1" 16mm 24MP C-mount Lens

Enhance Your Machine Vision System with Kowa’s High-Resolution LM16FC24M Lens

The Kowa LM16FC24M lens is a precision-engineered, high-performance 1.1" industrial lens designed for machine vision and industrial imaging applications. With a 16mm focal length and a 24MP resolution, it provides stunningly sharp images, ideal for systems utilizing Sony IMX sensors such as the IMX183, IMX530, IMX531, and many others. This lens excels in applications demanding high-resolution accuracy and optimal performance in variable environments.

Key to its performance is the floating mechanism, which ensures the minimization of optical aberrations across the focus range. Additionally, the lens features a broadband coating, enabling excellent light transmission across the visible to near-infrared (NIR) spectrum (400nm-1000nm). This makes it suitable for applications in diverse lighting conditions.

The Kowa LM16FC24M is versatile across industrial sectors, including machine vision, intelligent traffic systems (ITS), and broadcast systems. Its manual control for focus and aperture allows for precision adjustments in demanding environments. With a sturdy design capable of withstanding temperatures ranging from -10°C to +50°C, this lens delivers consistent, high-quality imaging in challenging conditions. Whether you're monitoring traffic, enhancing quality control in manufacturing, or capturing broadcast images, this lens will elevate your optical performance.

Features:

• 1.1" 24 Megapixel C-mount lens
• Compatible with Sony IMX183, IMX530/540, IMX531/541, IMX253/304 sensors
• Manual focus and aperture control
• Broadband coating: Effective from visible to NIR spectrum (400nm-1000nm)
• Floating mechanism: Corrects optical aberrations
• Operating temperature: -10°C to +50°C

Applications:

• Machine vision systems for industrial automation
• Traffic monitoring and intelligent traffic systems (ITS)
• Broadcasting and high-resolution filming
• Quality control in manufacturing
• Surveillance in challenging environments