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{"text":"The medical imaging landscape is rapidly shifting from Full HD (1080p) to Ultra HD (4K) as the new gold standard for high-end visualization. While marketing departments often demand 4K specifications to compete in premium segments, engineering teams face a complex reality. Integrating a hig
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SF-C1019USB-D3.9-PRO
SINCEREFIRST
| The 3.9mm Flexible HD Inspection Endoscope Camera Module with LED integrates the OV9734 image sensor within a steel-sleeve protective structure. Featuring four integrated LED illumination chips and IP67-rated dust and water resistance, it confidently handles complex conditions such as humid and dusty environments. The module employs a split architecture, connecting stably to the DSP board via soldered wires, and leverages USB 2.0 UVC protocol for driver-free plug-and-play operation, ensuring perfect compatibility with Windows, Linux, and Android operating systems. The sensor's 1/9-inch optical format and 1MP effective pixels support 1280×720 resolution output, delivering smooth HD video transmission at up to 30fps. Combined with a 1.08mm short focal length and F4.0 aperture, it creates a 95°×85°×43.5° ultra-wide field of view. The focus range spans 10-100mm, TV distortion is controlled within -10%, and dual-format YUV and MJPEG encoding balances image quality with transmission efficiency. Manufactured through SMT assembly and AA (Active Alignment) processes, the module ensures optical precision and batch-to-batch consistency. It has passed RoHS, CE, FCC, and REACH certifications. The built-in real-time image processing system dynamically optimizes contrast, brightness, and color balance. With wireless connectivity capabilities, it enables remote image/video transmission and device control, serving both medical diagnostic precision and industrial inspection practicality. | ![]() |
HD and Precise Imaging System: The OV9734 sensor is combined with full HD resolution and real-time image processing technology, the 10-100mm wide focusing range adapts to near and far-field inspection, the low distortion design within -10% restores real edge details, and the dual-format encoding technology balances image quality and transmission speed, providing reliable visual support for diagnosis and inspection.
Super Strong Environmental Adaptability: With an ultra-fine 3.9mm diameter, it can easily penetrate narrow spaces. The Steel Shell protection + IP67 dustproof and waterproof design is resistant to bending, corrosion, and temperature fluctuations. At the same time, 4 LED fill lights solve the problem of observation in low-light environments, adapting to complex needs in medical, industrial, archaeological and other scenarios.
Convenient Compatibility and Stable Transmission: The USB2.0 UVC protocol enables cross-system plug-and-play without additional drivers; the separate structure + 10-core cable design ensures stable signal transmission, and the SMT + AA process guarantees the performance consistency of batch products, reducing deployment and maintenance costs.
Multifunctional Integrated Design: Wireless connectivity supports remote collaboration and data sharing; the separate structure is easy to integrate and assemble with different devices; supported by multiple international certifications, it complies with safety, EMC and environmental protection standards, combining medical-grade imaging quality and industrial-grade durability.
Humanized and Practical Configuration: LED fill lights provide sufficient illumination, and the shadowless design avoids observation interference; the ultra-small diameter and flexible catheter design can reduce patient discomfort in medical applications, and can flexibly shuttle inside complex structures in industrial scenarios.
Product Name | 3.9mm Borescope Camera Module |
Image Sensor | OV9734 |
Pixel | 1MP |
Led | 0402 Led |
DSP | USB2.0 UVC |
Format | YUV&MJPG |
Resolution | 720p Max 30fps |
Diameter | 3.9mm |
FOV(D*H*V) | 95°*85°*43.5° |
TV Distortion | <-10% |
Archaeological Exploration: Compatible with ancient tomb crevice detectors, inspecting the preservation status of internal murals through cultural relic gaps;
Power Inspection: Equipped with high-voltage cabinet insulation probes, penetrating into the cabinet to detect the oxidation degree of electrical contacts;
Mechanical Maintenance: Using engine compartment inspection mirrors, observing the wear of gears, bearings and other components with 360° rotation;
Pipeline Inspection: Equipped with pipeline inspection catheters for DN50 and above, troubleshooting problems such as weld corrosion and pipeline blockage;
Dental Treatment: Adopting special detection probes for molar areas, clearly presenting details such as dental caries microcracks and plaque;
Otolaryngology (ENT) Examination: Equipped with ear canal dome observation mirrors, fully capturing the ear canal structure with a 95° wide angle, and LED shadowless lighting avoiding eardrum reflection interference.
1. Does the module support plug-and-play?
Yes, relying on the USB2.0 UVC protocol, no additional drivers need to be installed.
2. What is the protection level?
IP67 dustproof and waterproof, with Steel Shell protection to improve durability.
3. Which operating systems are compatible?
Compatible with Windows, Linux, and Android systems.
| The 3.9mm Flexible HD Inspection Endoscope Camera Module with LED integrates the OV9734 image sensor within a steel-sleeve protective structure. Featuring four integrated LED illumination chips and IP67-rated dust and water resistance, it confidently handles complex conditions such as humid and dusty environments. The module employs a split architecture, connecting stably to the DSP board via soldered wires, and leverages USB 2.0 UVC protocol for driver-free plug-and-play operation, ensuring perfect compatibility with Windows, Linux, and Android operating systems. The sensor's 1/9-inch optical format and 1MP effective pixels support 1280×720 resolution output, delivering smooth HD video transmission at up to 30fps. Combined with a 1.08mm short focal length and F4.0 aperture, it creates a 95°×85°×43.5° ultra-wide field of view. The focus range spans 10-100mm, TV distortion is controlled within -10%, and dual-format YUV and MJPEG encoding balances image quality with transmission efficiency. Manufactured through SMT assembly and AA (Active Alignment) processes, the module ensures optical precision and batch-to-batch consistency. It has passed RoHS, CE, FCC, and REACH certifications. The built-in real-time image processing system dynamically optimizes contrast, brightness, and color balance. With wireless connectivity capabilities, it enables remote image/video transmission and device control, serving both medical diagnostic precision and industrial inspection practicality. | ![]() |
HD and Precise Imaging System: The OV9734 sensor is combined with full HD resolution and real-time image processing technology, the 10-100mm wide focusing range adapts to near and far-field inspection, the low distortion design within -10% restores real edge details, and the dual-format encoding technology balances image quality and transmission speed, providing reliable visual support for diagnosis and inspection.
Super Strong Environmental Adaptability: With an ultra-fine 3.9mm diameter, it can easily penetrate narrow spaces. The Steel Shell protection + IP67 dustproof and waterproof design is resistant to bending, corrosion, and temperature fluctuations. At the same time, 4 LED fill lights solve the problem of observation in low-light environments, adapting to complex needs in medical, industrial, archaeological and other scenarios.
Convenient Compatibility and Stable Transmission: The USB2.0 UVC protocol enables cross-system plug-and-play without additional drivers; the separate structure + 10-core cable design ensures stable signal transmission, and the SMT + AA process guarantees the performance consistency of batch products, reducing deployment and maintenance costs.
Multifunctional Integrated Design: Wireless connectivity supports remote collaboration and data sharing; the separate structure is easy to integrate and assemble with different devices; supported by multiple international certifications, it complies with safety, EMC and environmental protection standards, combining medical-grade imaging quality and industrial-grade durability.
Humanized and Practical Configuration: LED fill lights provide sufficient illumination, and the shadowless design avoids observation interference; the ultra-small diameter and flexible catheter design can reduce patient discomfort in medical applications, and can flexibly shuttle inside complex structures in industrial scenarios.
Product Name | 3.9mm Borescope Camera Module |
Image Sensor | OV9734 |
Pixel | 1MP |
Led | 0402 Led |
DSP | USB2.0 UVC |
Format | YUV&MJPG |
Resolution | 720p Max 30fps |
Diameter | 3.9mm |
FOV(D*H*V) | 95°*85°*43.5° |
TV Distortion | <-10% |
Archaeological Exploration: Compatible with ancient tomb crevice detectors, inspecting the preservation status of internal murals through cultural relic gaps;
Power Inspection: Equipped with high-voltage cabinet insulation probes, penetrating into the cabinet to detect the oxidation degree of electrical contacts;
Mechanical Maintenance: Using engine compartment inspection mirrors, observing the wear of gears, bearings and other components with 360° rotation;
Pipeline Inspection: Equipped with pipeline inspection catheters for DN50 and above, troubleshooting problems such as weld corrosion and pipeline blockage;
Dental Treatment: Adopting special detection probes for molar areas, clearly presenting details such as dental caries microcracks and plaque;
Otolaryngology (ENT) Examination: Equipped with ear canal dome observation mirrors, fully capturing the ear canal structure with a 95° wide angle, and LED shadowless lighting avoiding eardrum reflection interference.
1. Does the module support plug-and-play?
Yes, relying on the USB2.0 UVC protocol, no additional drivers need to be installed.
2. What is the protection level?
IP67 dustproof and waterproof, with Steel Shell protection to improve durability.
3. Which operating systems are compatible?
Compatible with Windows, Linux, and Android systems.
