C-Mount Lens – C1601014M5

C1601014M5 is 5-Megapixel C-Mount HD lens, Manual-IRIS with 16mm focal length, F1.4~16 aperture, low-distortion lens for machine vision.

For engineers determining whether a 16mm focal length provides the required coverage, the FOV Calculator can be used to estimate field of view based on sensor size and working distance.

1″ 5MP 16mm C-Mount Low Distortion Machine Vision Lens

This 1-inch 5MP C-Mount low distortion machine vision lens combines a 16mm focal length with less than 0.2% TV distortion for precise industrial imaging and automated inspection. Its large 1-inch image format, F1.4–16 aperture, and 0.1m minimum object distance make it suitable for demanding machine vision and factory automation systems.

Designed for applications where image geometry and object positioning need to remain highly consistent, this low distortion industrial lens provides a controlled 42.5° horizontal field of view while supporting 5MP imaging performance.

Product Highlights at a Glance

• <0.2% TV distortion supports highly accurate geometric image reproduction.
• 1-inch image format accommodates larger industrial camera sensors.
• 5MP resolution delivers detailed images for automated inspection.
• F1.4–16 aperture provides flexible exposure and depth-of-field control.
• 0.1m M.O.D. supports close-range industrial inspection setups.

C-Mount Low Distortion Machine Vision Lens Applications

Core Application Scenes

This 1-inch low distortion machine vision lens is designed for precision inspection tasks where maintaining accurate object geometry is more important than achieving an extremely wide viewing angle. With TV distortion below 0.2%, it is particularly appropriate for systems that analyze object edges, dimensions, positions, and relative alignment.

In factory automation, the lens can be installed on fixed inspection stations for checking mechanical components, machined parts, electronic assemblies, connectors, packaging features, and other manufactured products. The 16mm focal length provides a controlled viewing area, while the 1-inch image format supports larger industrial sensors.

For dimensional inspection and positioning, low optical distortion can help image-processing systems work with a more geometrically consistent representation of the target. This can be valuable for applications involving component alignment, edge detection, part orientation, hole or feature inspection, and automated quality control.

The F1.4 maximum aperture also gives system designers flexibility when working with demanding lighting conditions or when additional control over exposure and depth of field is required. The manual iris and focus can be adjusted during machine setup to match the actual working environment.

For engineers developing automated inspection equipment, this lens can be integrated into Machine Vision Solutions and factory automation systems where high-resolution imaging and controlled geometric reproduction are required.

Compatible Device List

• 1-inch Industrial Cameras: Designed for C-Mount industrial cameras using compatible 1-inch image sensors.
• Machine Vision Cameras: Suitable for 5MP inspection cameras used for component analysis, positioning, and quality control.
• FA Inspection Equipment: Compatible with automated optical inspection stations and production-line vision systems when sensor and FOV requirements are matched.
• Dimensional Inspection Systems: The <0.2% distortion specification makes the lens suitable for imaging applications where object geometry is important.
• Robotic Inspection Equipment: Can be integrated into robotic vision systems for component positioning, orientation detection, and automated inspection.
• Close-Range Inspection Cameras: The 0.1m M.O.D. provides flexibility for compact machine vision installations where the camera operates relatively close to the target.

When selecting a lens for a 1-inch industrial camera, engineers should verify sensor compatibility, required image coverage, working distance, and mechanical dimensions. The Sensor Guide provides information about sensor and lens matching, while the Lens Selection Guide provides additional guidance for choosing an industrial imaging lens.

For applications where distortion is a critical optical parameter, the Distortion Guide explains how lens distortion can affect industrial image analysis and measurement.

If the required working distance and field of view are already known, the Focal Length Calculator can also help determine the appropriate focal length.

Designed for precision machine vision, dimensional inspection, factory automation, component positioning, and automated quality-control applications.

Frequently Asked Questions

Q: What makes this lens a low distortion machine vision lens?
A: The lens has a specified TV distortion of less than 0.2%, making it suitable for machine vision applications where accurate geometric reproduction and consistent object positioning are important.

Q: What sensor size is this 16mm C-Mount lens designed for?
A: The lens is designed for a 1-inch image format and uses a standard C-Mount interface for compatible industrial cameras.

Q: What is the field of view of this 16mm lens?
A: The specified FOV is 51.5° diagonal, 42.5° horizontal, and 32.5° vertical. Actual scene coverage depends on the camera sensor and working distance.

Q: Is this lens suitable for dimensional inspection?
A: Yes. Its <0.2% distortion specification makes it particularly suitable for applications where image geometry, edges, dimensions, and component positioning are important.

Q: What is the aperture range?
A: The manual aperture ranges from F1.4 to F16, allowing users to adjust light transmission and depth of field according to the inspection environment.

Q: What is the minimum object distance of this industrial lens?
A: The specified M.O.D. is 0.1m, or 100mm. The actual installation distance should be determined according to the required field of view and target size.

Q: Can this lens be used for factory automation?
A: Yes. The 1-inch image format, 5MP resolution, low distortion, C-Mount interface, and manual optical controls make it suitable for many automated inspection and quality-control systems.

Q: How do I determine whether the 16mm focal length is suitable for my camera?
A: Focal length selection depends on sensor size, working distance, and required field of view. The FOV Calculator can help estimate image coverage, while the Focal Length Calculator can help determine the required focal length.

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