

0.9mm M12 13MP ultra wide angle lens with 140° FOV, F2.5 aperture, 0.1m MOD, and M12x0.5 mount for compact vision systems.
S00913213025F is 13-Megapixel Wide Angle Lens with Built-In Filter, Ultra-wide-angle M12 mount lens, fixed aperture F2.5, Suitable for security Surveillance.
| IMAGE FORMAT | Max Φ6.7mm |
| FOCAL LENGTH | 0.9mm |
| F.O.V. (AR1335) | 140°(D=5.76) |
| 130°(H=4.63) | |
| 115°(V=3.43) | |
| RESOLUTION | 13 MP |
| TV DISTORTION | <-2.9% |
| APERTURE | F2.5 |
| MOUNT | M12X0.5 |
| IRIS | Fixed |
| M.O.D. | 0.1m |
| M.B.F.L. | 1.52mm |
| T.T.L. | 22.25mm |
| STRUCTURE | 4G3P+IRCF |
This 0.9mm M12 ultra wide angle lens is designed for compact imaging systems that require extremely broad scene coverage from a small optical package. Supporting up to 13MP resolution and a 140° diagonal FOV on the AR1335 sensor, it provides a practical solution for embedded machine vision, robotics, smart cameras, and other space-constrained vision applications.
The main advantage of this 0.9mm M12 lens is its ability to capture a very large scene area from a short working distance. With a 140° diagonal, 130° horizontal, and 115° vertical FOV, it is particularly suitable when the camera needs to observe a wide surrounding area without using a large optical assembly.
In compact machine vision and robotic vision systems, the lens can be used for near-field environmental awareness, workspace monitoring, object presence detection, and camera-based navigation. The 0.1m MOD makes it suitable for applications where the lens must capture objects or surroundings at relatively close distances.
The combination of 13MP resolution and ultra-wide coverage also makes this lens suitable for embedded smart cameras that need to balance image detail with broad scene visibility. It can be integrated into compact inspection modules, mobile robots, indoor monitoring equipment, and customized OEM vision devices.
The M12x0.5 mounting interface is widely suited to small camera modules where optical space is limited. For additional compact lens options, see TOWIN’s M12 Lenses, which covers different focal lengths and application requirements.
For applications involving very broad scene coverage, engineers can also use TOWIN’s FOV Calculator to evaluate the relationship between focal length, sensor size, working distance, and field of view before selecting a lens.
Designed for ultra-wide machine vision applications, this 0.9mm M12 lens combines a 140° diagonal FOV with 13MP resolution in a compact fixed-focus optical configuration. It is especially useful for camera systems that need broad visual coverage without sacrificing high-resolution image capture.
For broader robotic imaging requirements, explore TOWIN’s Robotics Vision Solutions for application-specific optical configurations.
Q: What makes this 0.9mm M12 lens different from standard M12 lenses?
A: Boasting a 0.9 mm focal length, this lens delivers an ultra‑wide 140° diagonal FOV on the AR1335 sensor, ideal for compact camera modules needing extensive scene coverage.
Q: What is the field of view of the 0.9mm lens?
A: On the AR1335 sensor, the specified FOV is 140° diagonal, 130° horizontal, and 115° vertical.
Q: Does this lens support 13MP cameras?
A: Yes. The lens is specified for 13MP resolution and is designed around the AR1335 sensor format, making it suitable for high-resolution compact camera systems.
Q: Is the 0.9mm lens a fisheye lens?
A: While offering a broad 140° diagonal FOV, the lens is not specified as fisheye optics. It should be categorized as an ultra‑wide‑angle M12 lens instead.
Q: What is the minimum object distance of this lens?
A: The specified MOD is 0.1m, allowing the lens to capture relatively close objects while maintaining its broad field of view.
Q: What type of camera uses this M12 lens?
A: It can be integrated into compact industrial cameras, embedded vision modules, robotic cameras, smart cameras, and customized OEM imaging systems using a compatible M12x0.5 interface.
Q: Does the IRCF structure mean the lens is IR corrected?
A: No. The specification lists a 4G3P + IRCF structure, indicating an IR cut filter is included. This does not by itself mean that the optical design is IR corrected.
Q: Can TOWIN customize this lens for an OEM project?
A: TOWIN can evaluate optical and mechanical requirements for OEM/ODM projects, including sensor format, field of view, focal length, mounting interface, and application environment. Contact TOWIN to discuss your project requirements.
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