CCTV Lens – CCL117080MP

CCL117080MP-1/1.8 M12-mount 12MP wide angle CCTV lens F1.8 IR correction

8mm 12MP M12 IR Corrected Fixed Focal CCTV Lens

This 8mm M12 CCTV Lens combines 12MP high-resolution imaging, a 70° diagonal field of view, F1.8 aperture, and IR-corrected optical performance in a compact fixed-focal design. It is well suited for embedded industrial cameras, machine vision systems, and other space-constrained vision devices requiring detailed imaging across visible and near-infrared wavelengths.

For engineers selecting a suitable lens and sensor combination, our M12 Lenses range provides additional compact optical solutions for embedded vision applications.

Product Core Highlights

• 12MP High Resolution: Delivers detailed imaging for high-resolution embedded vision and inspection systems.
• 70° Wide Field of View: Provides broad scene coverage while maintaining an 8mm focal length.
• F1.8 Aperture: Supports brighter imaging in challenging indoor and low-light environments.
• IR Corrected Optics: Maintains more consistent focus between visible and near-infrared imaging.
• Compact M12 Design: Simplifies integration into compact industrial and machine vision camera modules.

CCTV Lens Applications

Core Application Scenes

This 12MP M12 fixed focal CCTV lens is designed for vision systems that require a combination of high resolution, moderate wide-angle coverage, and compact mechanical integration. Its 8mm focal length and 70° diagonal FOV make it particularly suitable for applications where the camera needs to observe a relatively broad working area without using an extreme wide-angle or fisheye lens.

For industrial inspection, the 12MP resolution can help capture fine image details from components, surfaces, labels, and assembly areas. The 56° horizontal FOV provides useful coverage for fixed inspection stations where the camera position and working distance are carefully controlled.

In embedded machine vision, the M12 mount and compact fixed-focal configuration make this lens suitable for smart cameras, edge-AI vision modules, robotic inspection cameras, and other devices where installation space is limited. The manual focus configuration also allows optical adjustment during camera integration and prototyping.

The IR-corrected design provides additional flexibility for systems that combine visible-light imaging with near-infrared illumination. This makes the lens useful for smart monitoring equipment, industrial imaging, and AI vision systems operating under changing illumination conditions.

Designed for high-resolution embedded machine vision and industrial imaging applications.

Compatible Device List

• Industrial Cameras: Suitable for compact industrial cameras using 1/1.8″ sensors and requiring up to 12MP optical resolution.
• Embedded Vision Modules: Compatible with compact camera modules, smart cameras, and edge-AI vision devices using an M12 lens interface.
• Machine Vision Systems: Suitable for fixed-position inspection cameras used for component inspection, surface analysis, identification, and quality control.
• Robotic Vision Equipment: The moderate wide-angle coverage can support robotic systems that need a broader view of a working area while retaining detailed image information.
• Near-Infrared Vision Devices: IR-corrected optics can be considered for systems using visible and near-infrared illumination.
• Custom Camera Assemblies: The M12 interface allows integration into customized optical and mechanical camera designs.

When designing a system around this lens, engineers should verify sensor dimensions, required working distance, image circle coverage, and target FOV. The Sensor Guide can help with sensor-to-lens compatibility, while the FOV Calculator can assist with field-of-view planning.

Why Choose This 12MP M12 CCTV Lens?

For compact vision equipment, selecting a lens involves more than simply matching focal length. Sensor format, resolution, field of view, aperture, optical distortion, and infrared performance all affect the final imaging result.

This 8mm 12MP M12 lens offers a practical combination of these parameters for embedded industrial vision. Its 1/1.8″ image format and 12MP resolution make it suitable for high-detail imaging, while the 70° diagonal FOV provides broader scene coverage than a narrow-angle inspection lens. The F1.8 aperture also provides useful light-gathering capability for indoor and variable-light environments.

Engineers developing a new camera can use the Lens Selection Guide to evaluate focal length, sensor size, FOV, and other optical requirements before finalizing the lens configuration.

Frequently Asked Questions

• Q: What sensor size is compatible with this 8mm M12 lens?
  A: This lens is specified for a 1/1.8″ image format and is designed for camera systems using sensors within its supported image coverage.
• Q: What is the field of view of this M12 lens?
  A: The lens provides a 70° diagonal FOV, 56° horizontal FOV, and 40° vertical FOV, offering broad coverage for compact vision systems.
• Q: Is this lens suitable for machine vision applications?
  A: Yes. Its 12MP resolution, M12 mount, 8mm focal length, and fixed-focal configuration make it suitable for various compact machine vision and industrial inspection systems.
• Q: Is the 8mm M12 lens IR corrected?
  A: Yes. The lens is IR corrected, making it suitable for vision systems that may use both visible and near-infrared illumination.
• Q: What is the maximum optical resolution of this lens?
  A: The lens is specified with a 12MP resolution capability, making it suitable for high-resolution camera modules and detailed industrial imaging.
• Q: Does this lens have adjustable zoom?
  A: No. It uses a fixed focal length of 8mm and a fixed zoom configuration. The focus is manually adjustable during camera setup.
• Q: Is this lens suitable for low-light applications?
  A: The F1.8 aperture provides relatively strong light-gathering capability, making the lens suitable for many indoor and variable-light imaging environments. Actual low-light performance also depends on the camera sensor and illumination conditions.
• Q: Can TOWIN customize this M12 lens for a specific camera project?
  A: Yes. TOWIN can discuss optical and mechanical requirements for customized camera projects. For OEM/ODM or application-specific requirements, contact the TOWIN team.

Optical Selection Resources

Choosing an industrial lens requires matching the optical design with the camera sensor, working distance, field of view, and imaging environment. For additional technical guidance, explore our Optical Design resources and Distortion Guide.

If you need to determine the appropriate focal length for a specific working distance and target area, the Focal Length Calculator can also be used during the initial optical selection process.

For OEM, ODM, or application-specific optical requirements, contact TOWIN to discuss your camera and lens configuration.

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