1.2mm OCHTA10 USB2.0 UVC Endoscope Camera Module with 400×400 Resolution, 4-LED and 100° FOV Wide Angle

Product Advantage ◢

1. D1.2 Micro Diameter for Ultra-Narrow Spaces:The D1.2 front-end structure is suitable for very small openings, micro cavities, small tubes, and compact visualization tools. It is a practical option for projects where a 2mm, 3mm, or larger endoscope camera module is too large for the device structure.

2. OCHTA10 Sensor with 400×400 Output: The OCHTA10 sensor and 400×400 square image output are suitable for micro endoscope-style observation and close-range visualization.The square image format helps provide balanced visual coverage for circular, tubular, and confined observation areas.

3. USB2.0 UVC with YUV & MJPEG: The USB2.0 UVC interface supports practical image acquisition for USB-based inspection terminals, PC-connected endoscope systems, and embedded USB visualization devices.YUV & MJPEG formats allow customers to evaluate image quality, bandwidth, and host-side processing requirements.

4. 4-LED Close-Range Illumination: The module integrates a 4-LED front-end structure to support short-distance observation in darker cavities and narrow spaces.LED brightness, color temperature, and control requirements can be reviewed for OEM projects.

5. 3–30mm Focusing Range: The optical design is suitable for close-range observation within a 3–30mm focusing range.Customers should confirm the actual working distance before final selection.

6. 100° × 100° Field of View: The 100° H × 100° V field of view helps capture a wider view at close distance, making it useful for micro cavity observation, pipe wall checking, and compact inspection systems.

Technical Parameters ◢

Application of Endoscope Camera Module◢

1. Pipe and Narrow Space Detection: Used for blockage location in sewers/ventilation pipes and detection of corrosion or cracks on the inner wall of oil pipelines. The ultra-small diameter of 1.2mm allows it to penetrate thin pipes, and the 120° field of view quickly covers the entire interior of the pipe.

2. Minimally Invasive Medical Assistance: Provides real-time imaging in dental root canal treatment and assists in positioning during ENT (ear, nose, and throat) foreign body removal surgeries. Its ultra-micro size reduces tissue damage, and the 3mm-50mm focusing range clearly displays the details of the lesion.

3. Smart Hardware Integration: Suitable for visual navigation of robot slit cleaning equipment and real-time environmental modeling for AR devices. Its micro design does not affect the flexibility of the hardware, and the USB2.0 interface facilitates integration with smart devices.

FAQ◢

1: What type of camera module is SF-C016USB-D1.2?

 It is a D1.2 USB2.0 UVC Endoscope Camera Module designed for micro endoscope devices, ultra-narrow space inspection, close-range visualization, and compact OEM imaging tools.

2: What does D1.2 mean for device integration?

 D1.2 means the camera front end is designed for very small openings and narrow installation spaces. It is suitable for projects where larger endoscope camera modules cannot fit the required device structure.

3: What resolution does this model support?

The module supports 400×400 resolution with YUV & MJPEG output. It is designed for micro visualization rather than high-resolution long-distance imaging.

4: Does this module include LED illumination?

 Yes. The module uses a 4-LED front-end structure for close-range illumination. LED brightness, color temperature, and control requirements can be reviewed for customized projects.

5: What is the working distance of this module?

The optical design supports a 3–30mm focusing range, making it suitable for close-range observation inside small cavities, tubes, and compact inspection areas.

6: Is this module suitable for dental, ENT, or veterinary visualization?

It can be evaluated for dental, ENT, veterinary, and other medical visualization devices. Medical-related projects should confirm regulatory, safety, cleaning, Shell, and system-level requirements separately.

7: Can the cable length or connector be customized?

Cable length, connector structure, board layout, and front-end integration can be reviewed according to the target device. The standard design uses 1500±50mm cable and Micro USB-5P connector.

8: What information should I provide to confirm whether this camera module fits my project?

 Please share your target device type, required Diameter, working distance, FOV requirement, cable length, connector type, lighting requirement, installation space, host platform, environmental requirement, and expected application. This helps evaluate whether the standard module is suitable or whether a customized version should be reviewed.