Low Distortion Lens – S14011802928F

S14011802928F is Low distortion 12-Megapixel HD lens with IRCF, 1/1.8″ 35.5° M12 mount, F2.8, and 0.3m minimum object distance for security surveillance.

13.98mm M12 12MP Low Distortion Machine Vision Lens

This 13.98mm M12 low distortion machine vision lens is designed for high-resolution compact imaging systems that require accurate image geometry and detailed image capture. With a 1/1.8″ image format, 12MP resolution, <1.2% distortion, F2.8 aperture, and M12 × 0.5 mount, it provides a compact optical solution for precision industrial inspection and embedded vision applications.

M12 Low Distortion Lens Core Highlights

• 12MP High Resolution: Captures detailed image information for demanding vision inspection tasks.
• <1.2% Low Distortion: Helps maintain consistent object geometry across the image.
• 13.98mm Fixed Focal Length: Provides a stable optical configuration for controlled imaging environments.
• 1/1.8″ Image Format: Designed for high-resolution compact CMOS sensors.
• M12 × 0.5 Mount: Combines high-resolution imaging with a compact mechanical footprint.

13.98mm M12 Low Distortion Lens Applications

Core Application Scenes

This 13.98mm M12 12MP lens is designed for compact vision systems that require more image detail than standard 2MP or lower-resolution camera modules can provide. The combination of a 1/1.8″ image format and 12MP resolution makes it suitable for inspection tasks where small visual features, edges, markings, or component details need to be captured clearly.

Its <1.2% distortion specification provides controlled geometric representation, which is useful for image-based inspection, positioning, alignment, and visual comparison. The 13.98mm focal length offers a moderate field of view rather than an extreme wide-angle perspective, making it appropriate for dedicated camera positions with a defined working distance.

With a 0.3m M.O.D., the lens can be positioned relatively close to the inspection target while maintaining a compact optical configuration. The M12 × 0.5 mount further supports integration into embedded camera assemblies and space-constrained vision equipment.

The integrated IRCF configuration can also help manage unwanted infrared wavelengths in applications using visible-light imaging, subject to the spectral characteristics of the complete camera system.

For engineers matching a high-resolution camera sensor with an appropriate optical format, the Sensor Guide provides useful information about sensor size and lens compatibility.

Compatible Device List

• 12MP Industrial Camera Modules: Suitable for compact high-resolution camera systems using 1/1.8″ sensors.
• Automated Inspection Cameras: Supports detailed imaging of components, surfaces, labels, and manufactured parts.
• Embedded AI Vision Devices: The compact M12 configuration is suitable for embedded vision modules where camera size is constrained.
• Precision Positioning Cameras: Low distortion helps maintain consistent image geometry for alignment and object-position analysis.
• Compact OEM Camera Systems: The fixed focal length and M12 × 0.5 mount simplify integration into dedicated imaging equipment.
• High-Resolution CMOS Camera Modules: Suitable for applications requiring detailed image capture without using a larger C-Mount optical assembly.

Designed for high-resolution precision inspection and compact industrial machine vision applications.

Optical Selection Considerations

The 13.98mm focal length with a 1/1.8″ sensor provides a 35.5° diagonal, 28.6° horizontal, and 21.5° vertical field of view. This optical configuration is better suited to controlled inspection scenes than applications requiring extremely wide scene coverage.

The lens’s <1.2% distortion is particularly relevant for machine vision systems where image geometry affects inspection consistency. Lower distortion can help reduce the difference between the actual shape of an object and its projected appearance in the image.

The 12MP resolution also means that the lens should be evaluated together with the camera sensor’s pixel size, optical resolution, lighting, and processing requirements. For detailed optical selection, the Lens Selection Guide can help engineers evaluate focal length, sensor format, working distance, and field of view.

For applications requiring different M12 focal lengths or optical configurations, the M12 Lenses product range provides additional compact lens options.

Frequently Asked Questions

Q: What sensor size is this 13.98mm M12 lens designed for?
A: The lens is specified for a 1/1.8″ image format with a maximum image circle of Φ10.

Q: What is the resolution of this M12 lens?
A: The lens is specified for 12MP imaging, making it suitable for high-resolution industrial and embedded vision applications.

Q: What is the field of view of the 13.98mm lens?
A: With a 1/1.8″ image format, the specified FOV is 35.5° diagonal, 28.6° horizontal, and 21.5° vertical.

Q: Is this a low distortion lens?
A: Yes. The specified distortion is below -1.2%, providing controlled image geometry for applications where distortion needs to be minimized.

Q: Is this lens suitable for machine vision?
A: Yes. Its 12MP resolution, low distortion, 1/1.8″ image format, and fixed 13.98mm focal length make it suitable for high-resolution machine vision and industrial inspection systems.

Q: What mount does this lens use?
A: The lens uses an M12 × 0.5 mount, making it suitable for compact camera modules and embedded vision equipment.

Q: What is the minimum object distance?
A: The specified M.O.D. is 0.3m, or 300mm, making it suitable for close-to-medium-range imaging applications.

Q: Does this lens include an IRCF?
A: Yes. The specification states With IRCF, indicating that an infrared-cut filter is included in the optical configuration. The final spectral performance should be evaluated together with the camera sensor and lighting system.

Related Resources

For a better understanding of the relationship between image format, resolution, and optical performance, engineers can refer to the Lens Basics resource when designing a high-resolution imaging system.

When low distortion is an important requirement for inspection or measurement, the Distortion Guide provides additional information about distortion and its effect on captured images.

The required field of view can also be estimated using the FOV Calculator, particularly when the sensor size and working distance are already known.

For custom requirements involving focal length, sensor format, mounting configuration, filtering, or other optical specifications, Contact Towin to discuss a customized lens solution.

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