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Computar V3522-MPZ 1" 35mm F2.2 (C Mount) Megapixel Machine Vision Lens

Computar V3522-MPZ 1" 35mm F2.2 (C Mount) Megapixel Machine Vision Lens


Regular price $471.00 USD
Regular price Sale price $471.00 USD
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Unleash Precision with Computar V3522-MPZ Megapixel Machine Vision Lens

Product Spec Sheet

In the realm of industrial optics, the Computar V3522-MPZ 1" 35mm F2.2 lens stands as a pinnacle of excellence. Designed specifically for machine vision applications, this lens offers unparalleled clarity and precision. With a resolution of up to 20 megapixels and an ultra-low distortion design, it ensures that every detail is captured with stunning accuracy.

One of its key features is its compatibility with C-mount cameras, making it a versatile choice for a wide range of setups. The F2.2 aperture allows for exceptional performance in low-light conditions, ensuring that your vision remains sharp even in challenging environments. Additionally, its compact and lightweight design makes it easy to integrate into any system without adding unnecessary bulk.

But perhaps the most impressive aspect of the Computar V3522-MPZ lens is its resilience. With vibration resistance up to 5G, it can withstand the rigors of industrial environments without compromising performance. This, combined with its nominal distortion design, ensures that your vision remains clear and consistent at all times.

From automated inspection to surveillance systems, this lens excels in a variety of machine vision applications. Whether you're monitoring production lines or guiding robotic systems, the Computar V3522-MPZ lens provides the clarity and precision you need to optimize your operations. Elevate your industrial vision today with this exceptional machine vision lens.


  • 35mm Fixed Lens
  • Up to 20 Megapixel Compatibility
  • F2.2 Aperture
  • Shorter Working Distance
  • Compact & Lightweight
  • Vibration Resistance up to 5G
  • Nominal Distortion Design
  • Corner Brightness Assurance


  • Automated inspection
  • Quality control
  • Object recognition
  • Surveillance systems
  • Robotics guidance
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