Computar M3528-MPX 2/3" 35mm F2.8 Ruggedized Lens for 16 Megapixel cameras (C-Mount)

Sharp Vision in Any Condition: Introducing the Computar M3528-MPX Ruggedized Lens

Product Spec Sheet

Elevate your industrial imaging with the Computar M3528-MPX, a state-of-the-art 35mm F2.8 lens designed to excel in challenging environments. Engineered specifically for machine vision and industrial applications, this ruggedized lens boasts exceptional image quality for 16 megapixel cameras. Its anti-vibration and shock-resistant construction ensures crisp, reliable images even in harsh factory settings.

The Computar M3528-MPX features a floating mechanism that optimizes performance for both close-up and long-distance shots, ensuring versatility within your machine vision system. Additionally, the lens offers a remarkably precise focus adjustment with a focus rotation angle 5 times greater than standard lenses, enabling meticulous image sharpening. Controlling aperture is a breeze with the click-type iris mechanism, providing smooth and accurate adjustments.

The Computar M3528-MPX utilizes a C-Mount, making it compatible with a vast array of industrial cameras. This lens is ideal for a variety of machine vision and industrial applications, including factory automation, quality control inspections, robotics, object identification and tracking, packaging and assembly line monitoring, and even security and surveillance systems.

Features:

• Ruggedized design for shock and vibration resistance
• High-resolution lens suitable for 16 megapixel cameras
• Floating mechanism for exceptional close-up and long-distance performance
• Precise focus adjustment with 5x wider rotation angle
• Click-type iris mechanism for easy aperture control
• C-Mount compatibility for a wide range of industrial cameras
• 25mm focal length available, 8mm, 12mm, 16mm, 50mm, and 75mm coming soon

Applications:

• Factory automation
• Quality control inspections
• Robotics
• Object identification and tracking
• Packaging and assembly line monitoring
• Security and surveillance systems