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SF-SAC016USB-DN-D0.95 V1.0
SINCEREFIRST
| This OCHTA10 CMOS Sensor 0.95mm Diameter Wide Angle USB2.0 UVC Interface Separate Endoscope Camera Module equipped with the OCHTA10 sensor takes an extreme micro diameter of 0.95±0.05mm as its core, adopting a separate structure, USB2.0 UVC driver-free protocol and IP67 waterproof steel shell design, specially designed for visual inspection of extremely small apertures, deep cavities, close distances and low-light environments. Its 0.95mm ultra-small probe can be smoothly deployed into extremely thin channels inaccessible to conventional modules; paired with a 127°×100°×100° ultra-wide angle field of view, it greatly expands the close-range detection coverage and improves detection efficiency. The 3–30mm macro-specific optical design, combined with 0.175mm focal length and F2.8 aperture, can accurately restore details of tiny targets, with distortion controlled within < -11%, ensuring imaging with both breadth and precision. It supports optional Micro USB 5P/Type-C dual interfaces, and the LED fill light can be independently controlled to adapt to low-light operations. The built-in UVC standard protocol enables driver-free rapid integration, eliminating driver development costs and complying with RoHS standards. It balances extreme compactness, waterproof durability and convenient integration, perfectly adapting to high-definition detection needs in various extremely small scenarios |  |
1.0.95mm Extreme Micro Size: 0.95±0.05mm diameter, paired with waterproof steel shell, can smoothly enter extremely thin channels.
2.127° Ultra-Wide Angle: Wide field of view, expanding close-range coverage and effectively improving detection efficiency.
3.3–30mm Macro Imaging: Dedicated close-up optics, enhancing detail restoration of tiny targets with accurate imaging.
4.UVC Driver-Free Integration: Equipped with standard protocol, no driver development required, improving device access efficiency.
1.Micro-Aperture Endoscopic Detection: Can be used for ultra-thin catheters, microholes above 0.95mm. With its extreme micro probe, it can observe the inner wall status.
2.Precision Micro-Component Detection: Can be used for detecting micro parts and chip solder joints. With its macro imaging, it can accurately identify close-range defects.
3.Minimally Invasive Medical Imaging: Can be matched with extremely thin minimally invasive instruments. With its micro size and ultra-wide angle, it can provide visual support.
4.Micro-Instrument Integrated Acquisition: Can be integrated into portable micro-detection equipment. With its compact size and driver-free feature, it can serve as the core macro imaging module.
Keywords | 4pcs LED Endoscope Camera Module |
Sensor | OCHTA10 |
| Sensor Size | 1/31 inch |
LED | 4pcs LED |
FOV(D*H*V) | D127° / H100° / V100° |
Focusing Range | 3-30mm |
Focal Length | 0.175mm |
Pixel Size | 1.0um*1.0um |
TV Distortion | <-11% |
Output | USB2.0 UVC |
F Number | 2.8 |
Resolution | 400*400 |
Features | Mini Endoscope Camera |
1.What is the minimum aperture this camera can inspect?
The 0.95mm ultra-micro probe can access extremely narrow channels and micro-holes above 0.95mm, making it ideal for inspecting fine industrial or medical cavities.
2.Does this module require additional drivers for integration?
No. The module uses a standard UVC protocol, supporting driver-free plug-and-play integration with Windows, Android, and USB-compatible inspection devices.
3.How does it perform in low-light or confined spaces?
Equipped with 4 LEDs and a macro F2.8 lens, it ensures clear imaging in dark, confined, or deep cavities, while the 127° ultra-wide-angle field maximizes coverage.
4.Can this module be used for medical or precision micro-component inspections?
Yes. Its ultra-small diameter, precise 3–30mm macro optics, and distortion-controlled imaging make it suitable for minimally invasive medical applications and high-precision industrial inspections.
