C-Mount Lens – C0823028M10

C0823028M10 is 2/3″ 8mm C-Mount lens, manual iris FA lens, F2.8~16 Aperture Low Distortion lens, High resolution 10-Megapixel Industrial Lens.

For accurate sensor and lens matching, engineers can refer to the Sensor Guide when evaluating the compatibility of a 2/3-inch camera and C-Mount optical system.

2/3″ 10MP 8mm C-Mount Machine Vision Lens

This 2/3-inch 10MP 8mm C-Mount machine vision lens is designed for high-resolution industrial imaging, combining 10MP resolution with less than 1% TV distortion for detailed and controlled image capture. Its 67.5° diagonal field of view provides balanced scene coverage for automated inspection, factory automation, and precision industrial vision systems.

With an F2.8–16 manual aperture, manual focus, and a C-Mount interface, this lens offers flexible optical adjustment for machine vision cameras using compatible 2/3-inch sensors.

Product Highlights at a Glance

• 10MP high-resolution imaging for detailed industrial inspection.
• 2/3-inch sensor compatibility for a wide range of machine vision cameras.
• <1% TV distortion helps maintain controlled image geometry.
• 67.5° diagonal FOV provides balanced coverage for industrial inspection.
• F2.8–16 manual aperture enables flexible exposure and depth-of-field adjustment.

C-Mount Machine Vision Lens Applications

Core Application Scenes

This 10MP C-Mount machine vision lens is designed for industrial inspection systems that require more image detail than conventional 5MP configurations while retaining a practical 2/3-inch camera format. The 8mm focal length provides a 67.5° diagonal field of view, making it suitable for inspection systems that need moderate scene coverage without using an ultra-wide optical configuration.

In automated production lines, the lens can be used for detailed inspection of components, assemblies, packaging, mechanical parts, and manufactured products. The 10MP resolution allows the camera system to capture fine image information that can support visual defect detection, dimensional analysis, component verification, and quality-control processes.

For factory automation, the combination of 10MP resolution and less than 1% TV distortion provides a useful balance between image detail and controlled geometry. This makes the lens appropriate for fixed-camera inspection stations where repeatable optical performance is important.

The lens can also be integrated into robotic vision systems for component recognition, assembly verification, and visual positioning. Its moderate field of view allows system designers to focus on a defined working area rather than attempting to capture an excessively large scene.

Compared with the F1.4 configuration used in some low-light industrial lenses, this model is optimized more toward high-resolution inspection under controlled lighting conditions, making it particularly appropriate for production environments where dedicated illumination is available.

For system-level integration, explore Machine Vision Solutions and Robotics Vision Solutions.

Compatible Device List

• 2/3-inch Industrial Cameras: Designed for C-Mount industrial cameras using compatible 2/3-inch image sensors.
• 10MP Machine Vision Cameras: Suitable for high-resolution cameras used in automated inspection and quality-control systems.
• Factory Automation Equipment: Can be integrated into production-line inspection stations, assembly verification systems, and automated optical inspection equipment.
• Precision Inspection Systems: Suitable for applications requiring detailed imaging with controlled geometric distortion.
• Robotic Vision Platforms: Can support component recognition, positioning, assembly verification, and robotic inspection tasks.
• Filtered Imaging Systems: The M30.5 × 0.5 filter thread allows compatible optical filters to be incorporated into the imaging system.

When selecting a 10MP machine vision lens, engineers should evaluate sensor size, resolution, focal length, working distance, and FOV together. The Lens Selection Guide provides additional selection guidance, while the FOV Calculator can help determine whether an 8mm focal length provides the required image coverage.

For custom optical requirements, mechanical modifications, or project-specific lens selection, engineers can contact Towin for further technical support.

Designed for high-resolution factory automation, automated inspection, precision machine vision, component inspection, and robotic vision applications.

Frequently Asked Questions

Q: What sensor size is this 10MP C-Mount lens designed for?
A: The lens is designed for a 2/3-inch image format and uses a standard C-Mount interface. It is suitable for compatible 2/3-inch industrial cameras with resolutions up to 10MP.

Q: What is the field of view of this 8mm machine vision lens?
A: The lens provides a 67.5° diagonal FOV, 57.5° horizontal FOV, and 44° vertical FOV. Actual image coverage depends on the camera sensor and working distance.

Q: Is this lens suitable for 10MP machine vision cameras?
A: Yes. The lens is specified for 10MP resolution and a 2/3-inch image format, making it suitable for compatible high-resolution industrial machine vision cameras.

Q: What is the distortion performance of this lens?
A: The specified TV distortion is less than 1%. This provides controlled image geometry for industrial imaging applications where excessive distortion could affect inspection results.

Q: Is this lens suitable for factory automation?
A: Yes. Its 10MP resolution, 2/3-inch format, C-Mount interface, and controlled distortion make it suitable for automated inspection, component verification, assembly inspection, and other factory automation applications.

Q: Can the aperture be adjusted manually?
A: Yes. The lens features a manual iris with an aperture range from F2.8 to F16, allowing users to adjust exposure and depth of field according to the lighting and inspection requirements.

Q: Does this lens support an optical filter?
A: Yes. The lens has an M30.5 × 0.5 filter thread for compatible optical filters.

Q: How do I determine whether an 8mm focal length is suitable for my application?
A: The correct focal length depends on the sensor size, working distance, and required field of view. The FOV Calculator can help estimate the required coverage before selecting the lens.

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