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SF-C05USB-D1.5 V1.0 OCHFA10
SINCEREFIRST
This 1.5mm OCHFA10 720×720 USB Endoscope Camera Module for Micro-Space Inspection, When an inspection device must enter a channel that is too narrow for a conventional endoscope camera head, probe diameter becomes the first engineering restriction. This 1.5mm OCHFA10 USB endoscope camera module is designed for forward-view, close-range imaging in ultra-compact device structures. The module provides 720×720 output at 30fps, a 5–50mm fixed-focus range, and YUV/MJPG transmission through USB2.0 UVC. Its square image format and compact optical head make it suitable for OEM evaluation where entry size, short working distance, and straightforward host-side image testing matter more than integrated lighting or side-wall observation. Difference: Choose this model when a 1.5mm forward-view camera head and close-range USB imaging are more important than side-wall observation or integrated lighting. |  |
1. 1.5mm Diameter: Helps the optical head enter micro-channels and narrow passages that cannot accommodate larger endoscope probes.
2. 720 × 720 Square Output: Provides a balanced square image area for compact inspection interfaces without describing the output as standard 720P.
3. 30fps Output: Supports real-time preview for controlled probe movement and close-range observation.
4. 5–50mm Focus Range: Helps engineers verify whether the module matches the expected target distance inside a compact channel.
5. 86° × 86° FOV: Provides balanced horizontal and vertical observation coverage in a square image format.
6. USB2.0 UVC: Helps simplify host-side image evaluation; final recognition and performance should be verified with the target operating system, software, connector, and cable.
7.c: Provides two output-format directions for host-side image testing and bandwidth evaluation.
Product Name | Endoscope Camera Module |
Image Sensor | OCHFA10 CMOS sensor |
Lens angle | HFOV86 |
Focus Length | 0.418mm |
| Focusing Range | 5-50mm |
Interface | USB2.0 |
| Resolution | 720*720 |
| Output Formats | YUV / MJPG |
Focus | Fixed focus |
Output | USB2.0 UVC |
Diameter | 1.5mm |
Size / Dimension | Mini |
Warranty | 10 Years |
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Semiconductor Wafer Transfer Arm Maintenance Instrument: Inspects particle contamination on the inner wall of the robotic arm's vacuum pipeline;
Aeroengine Lubricating Oil Nozzle Endoscope: Detects carbon deposits on the annular side wall of nozzles and blockages in flow holes.
1. When should I choose a 1.5mm endoscope camera module?
Choose a 1.5mm model when the available entry diameter is the main mechanical restriction. The final device should also be checked for optical-head protection, cable routing, connector space, and assembly tolerance.
2. Is 720 × 720 the same as standard 720P?
No. The confirmed output on this page is 720 × 720, which is a square image format. Standard 720P normally refers to 1280 × 720, so the two formats should not be described as identical.
3. What viewing distance is suitable for this module?
The listed fixed-focus range is 5–50mm. Sample testing should use the actual target size, lighting condition, protective window, and final device structure.
4. Is this a forward-view or side-view module?
The current page positions this model as a forward-view version. Because separate 1.5mm OCHFA10 side-view models also exist, the viewing direction should be confirmed against the latest optical drawing before ordering.
5. Does USB2.0 UVC mean it works with every host device?
UVC helps simplify host-side testing, but it does not guarantee compatibility with every operating system, application, connector adapter, power design, or cable length. Final compatibility should be verified with the target host.
6. Does the standard module include LEDs or waterproof protection?
The current page does not provide consistent confirmation of integrated LEDs, IP rating, or sterilization compatibility. These requirements should be evaluated separately before sample approval.
7. Can this module be used directly for clinical diagnosis or surgery?
This page should position the product as a camera module for medical endoscope device development or imaging evaluation. Final clinical use, certification, biocompatibility, sealing, cleaning, and sterilization compliance are responsibilities of the completed device project.
8. What information should I provide before sample evaluation?
Please share the required entry diameter, viewing direction, target distance, image format, frame rate, cable length, connector, host system, lighting method, protection requirement, and final device structure.
CTA
To evaluate this 1.5mm OCHFA10 module for your device, please send us your required entry diameter, viewing direction, target distance, resolution, frame rate, output format, cable length, connector, host system, lighting method, protection requirement, and final assembly structure.
