Kowa LM5NF | 1/3" 4.5mm NF-Mount Lens

Kowa LM5NF 1/3" 4.5mm NF-Mount Lens: Precision Engineering for Industrial and Machine Vision Applications

The Kowa LM5NF 1/3" 4.5mm NF-mount lens offers exceptional performance and durability, making it a preferred choice for industrial and machine vision applications. With a compact, lightweight design, this lens delivers high megapixel resolution, ensuring crisp and clear imaging across a range of demanding environments. Its metal housing and mount provide superior durability, while the locking screws for iris and focus offer added security in environments with vibrations or frequent adjustments.

This fixed focal lens is ideal for applications where precise image capturing is essential. The lens features a wide aperture range from F1.8 to F11, manually adjustable to meet the specific lighting conditions of any scene. Its wide horizontal and vertical field of view allows users to capture a broader image, perfect for machine vision tasks such as inspection, automation, and robotics. Additionally, its peak coating range from 400nm to 1000nm ensures excellent performance in a variety of lighting conditions.

The Kowa LM5NF is well-suited for industries requiring high precision and reliability, including broadcast, manufacturing, and surveillance. It’s built to operate in temperatures from -10°C to +50°C, ensuring consistent performance even in extreme environments.

Features:

• Megapixel resolution for crisp, clear imaging
• NF-mount with metal housing and mount for durability
• Locking screws for secure iris and focus settings
• Manual aperture control (F1.8 - F11) for optimal lighting adaptation
• Compact design, weighing only 35g
• Wide field of view with minimal distortion
• Operating temperature range of -10°C to +50°C

Applications:

• Automated inspection systems
• Robotic vision for manufacturing
• Surveillance and security systems
• Industrial process control
• Precision imaging for broadcasting and video production
• Quality assurance in production lines
• Monitoring systems for harsh environments