Master USB endoscope module selection. Learn to balance sensor size, resolution, thermal limits, and UVC integration for reliable performance.
How to select a reliable endoscope camera manufacturer. Audit ISO 13485 compliance, cleanrooms, and specs to prevent costly recalls.
Select the best borescope camera module for precision NDT. Learn how to balance physical constraints, optical clarity, and integration options.
Select the ideal industrial endoscope camera module for tight spaces. Compare size, IP67 durability, and integration to ensure reliable inspections.
Learn to select, integrate, and optimize endoscope camera modules. Compare USB vs MIPI and discover how to de-risk your OEM supply chain.
| Availability: | |
|---|---|
| Quantity: | |
SF-N735V3(with Knob Dimming)
SINCEREFIRST
| This OV9734 CMOS Sensor 720P HD Image USB2.0 Driver Free Low Illumination Fixed Focus Integrate Endoscope Camera Module is a compact high-performance imaging module optimized for close-range scenarios that demand miniaturized size and premium image quality. Equipped with a 1/9-inch OV9734 CMOS sensor featuring 1.4μm pixel size, the module delivers stable 720P resolution video at 30fps via YUV2 and MJPEG formats to present clear details and fluid dynamic visuals. Boasting an ultra-low illumination rating of 0.1lux, it captures recognizable images even in dim environments and works perfectly with six embedded 0402 LED fill lights to adapt to various light-limited enclosed spaces. It adopts a flexible FPC structure and a high-speed USB2.0 interface with native UVC driver-free and OTG compatibility, supporting direct connection with mobile terminals and control devices to simplify system integration. Powered by 5V DC voltage with only 100mA power consumption, the module achieves energy-efficient operation. It maintains reliable performance across an extensive working temperature range from -20℃ to 70℃ and passes professional anti-vibration and drop tests. RoHS-compliant, this lightweight module balances low-light adaptability, cross-terminal compatibility and environmental stability to fit wearable personal care equipment and embedded medical devices. | ![]() |
720P Real-Time Imaging: Runs 1280×720 resolution at 30fps to deliver sharp details and smooth dynamic video for daily observation.
0.1lux Ultra-Low Light Sensitivity: Enhances low-light shooting capability to acquire clear footage without intense auxiliary lighting.
UVC & OTG Dual Support: Enables driver-free connection with multiple devices, compatible with mobile and desktop terminals for rapid deployment.
Wide Temperature Resistance: Supports -20℃~70℃ working range and withstands vibration and impact for enhanced environmental adaptability.
Product Name | 3.5mm Diameter USB2.0 Endoscope Camera Module |
Sensor | OV9734 |
| Pixel Size | 1.4um X 1.4um |
| Resolution | 720P |
Leds | 6pcs |
Sensor Size | 1/9inch |
Feature | Dimming |
Diameter | 3.5mm |
| Minimum illuminance | 0. 1lux |
Output | USB2.0 UVC |
| Support | OTG Protocol |
Waterproof | IP67 |
Output Format | YUV2/MJPEG |
Brand | Sincerefirst |
Oral Care Devices: Can be embedded into oral mirrors and teeth cleaners to capture real-time intraoral images for daily health inspection.
Cosmetic & Beauty Equipment: Can serve as a core imaging unit for blackhead removers and skincare devices to analyze skin conditions intuitively.
Minimally Invasive Medical Devices: Can be integrated into compact medical apparatuses to provide clear close-range imaging for minimally invasive diagnosis.
Narrow-space Inspection: Can be deployed for internal cavity observation and defect checking, relying on its miniature size and low-light shooting performance.
1. How does this module solve visibility issues in completely dark internal cavities?
It integrates six built-in 0402 LED fill lights and features 0.1lux ultra-low light sensitivity, ensuring clear imaging in dark, enclosed spaces without requiring bulky external lighting systems.
2. Is the module suitable for integration into compact or wearable devices with space constraints?
Yes. Its miniature size and flexible FPC structure are designed for easy embedding into tight spaces, such as wearable beauty devices or narrow medical tools.
3. Does it support direct connection to both mobile devices and standard computers?
Yes. It supports dual UVC & OTG protocols, enabling driver-free plug-and-play functionality on both mobile terminals (Android/iOS) and desktop systems (Windows/Linux).
4. Can the imaging parameters be fine-tuned for specific inspection requirements?
Yes. It offers adjustable parameters (exposure, white balance, brightness, contrast, saturation) to optimize image quality for specific use cases like skin analysis or defect detection.