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SF-C10TV-D3.9
SINCEREFIRST
This is 3.9mm diameter CMOS sensor OV6922 AV bronchoscope LED camera module. It features OmniVision’s OV6922 CMOS image sensor and is a highly integrated micro imaging solution designed for medical endoscopy. The core adopts a 1/18-inch sensor, supports QVGA (320×240) resolution at 30 fps, and combines a 98° diagonal field of view (DFOV) with an F5.5 fixed aperture to deliver clear images within a 10–60 mm focus range. The module uses a separated design, connects via USB and is compatible with the UVC protocol for plug-and-play operation. Its 3.9 mm lens is protected by a steel sleeve and integrates four LED lights for even illumination. Precision assembly via SMT and active alignment (AA) ensures structural strength and optical consistency. The product is suitable for minimally invasive surgeries and dental examinations, meeting medical-grade reliability requirements. |
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•Ultra-Miniature Design: The 3.9 mm steel-shell lens and 1/18-inch sensor allow easy entry into narrow cavities, significantly reducing patient trauma risk.
•Plug-and-Play Digital Interface: Via USB and UVC protocol, it requires no additional drivers and is compatible with mainstream medical displays, simplifying operating-room integration.
•Precise Optical Performance: The wide-angle lens, large aperture, and ultra-close focus range maintain tissue-texture clarity in macro scenes, outperforming fixed-focus designs in the same class.
•Cost-Effective and Reliable: Manufactured with SMT and AA processes, combined with a detachable design, it ensures precise optical alignment without long-term drift and allows individual replacement of the sensor or lens module, lowering maintenance costs.
•Bronchoscopy: The 3.9 mm lens can reach tertiary bronchi, and the 98° wide FOV reduces blind spots. Combined with a 10–60 mm focus range, it clearly displays mucosal lesions. USB-UVC protocol avoids image distortion caused by traditional AV signals in electromagnetically interfered environments.
•ENT Surgery: Integrated LED illumination eliminates shadows in nasal or ear canals. The F5.5 aperture maintains depth of field in confined spaces. The AA-aligned lens retains micrometer-level optical precision even after high-temperature sterilization.
•Dental root canal treatment: The split-type design allows quick replacement of contaminated modules. 30 FPS smooth imaging assists doctors in real-time identification of root canal branches, reducing the risk of iatrogenic perforation.
•Primary-Level Hospital Coordination: The modular design lowers maintenance barriers. County-level hospitals can extend the equipment’s service life by replacing a single faulty module.
Product Name | 3.9mm Endoscope Camera Module |
Effective Picture Element | 328(H)X248(V） |
S/N Ratio | >48dB |
LED | White LED |
Focusing Rang | 10~60mm |
Image Device | 1/18" |
Sync.Frequency | H:15750 Hz, V:60Hz |
FOV(D) | 98° |
TV System | NTSC |
Gamma Correction | 0.45 |
1. What is a endoscope camera module?
The endoscope camera module is an essential part of endoscopic equipment, enabling the capture of high-quality images or videos of internal body structures. It usually consists of an image sensor, optical lens, light source, connection interface, and a protective casing. This module plays a vital role in assisting healthcare providers to examine and diagnose the condition of internal organs or cavities during medical procedures. It offers live visual feedback, supporting surgical decisions and interventions with accurate, real-time imagery.
2. Are you a factory or a trading company?
We are a leading manufacturer of smart camera modules, operating an in-house production line with 10 dust-free workshops. Our workers adhere to strict production guidelines to ensure uniformity and dependability throughout the entire process. To preserve the clean room environment, the team is thoroughly trained and wears specialized dust-free attire. Quality control is a top priority for us, with each product undergoing thorough inspections at various stages to guarantee the highest standards of performance and reliability.
3. Which devices can this endoscope module be connected to?
This endoscope camera module can be connected via the USB interface to most computers (including Windows, Mac OS, and Linux systems), laptops, and some tablets that support USB devices. As long as the device has a USB interface and can recognize external devices, this module can be used.
4. Can the brightness of the lighting system be adjusted?
Yes, the brightness of the lighting system can usually be adjusted. You can adjust the lighting brightness through the operation interface on the connected device or the control buttons on the module itself (if available) to adapt to different inspection environments.
5. Can the images and videos be saved?
Yes, the operation software on the connected device generally provides the function of saving images and videos. You can save the captured images and videos to the hard disk or other storage media of the device for subsequent viewing, analysis, and archiving.
6. What can be customized for endoscope camera modules?
The endoscopic camera modules we offer offer very many customization options to meet specific needs. You can choose the right software for your endoscope diameter, interface, and device. In addition, customization options also include choosing whether the module comes with a durable steel sleeve for additional protection, dust and water resistance, with certain drop protection features, and whether it comes with built-in LED lighting to ensure that your device is illuminated in low light or no light conditions. Its brightness is adjustable.
This is 3.9mm diameter CMOS sensor OV6922 AV bronchoscope LED camera module. It features OmniVision’s OV6922 CMOS image sensor and is a highly integrated micro imaging solution designed for medical endoscopy. The core adopts a 1/18-inch sensor, supports QVGA (320×240) resolution at 30 fps, and combines a 98° diagonal field of view (DFOV) with an F5.5 fixed aperture to deliver clear images within a 10–60 mm focus range. The module uses a separated design, connects via USB and is compatible with the UVC protocol for plug-and-play operation. Its 3.9 mm lens is protected by a steel sleeve and integrates four LED lights for even illumination. Precision assembly via SMT and active alignment (AA) ensures structural strength and optical consistency. The product is suitable for minimally invasive surgeries and dental examinations, meeting medical-grade reliability requirements. |
|
•Ultra-Miniature Design: The 3.9 mm steel-shell lens and 1/18-inch sensor allow easy entry into narrow cavities, significantly reducing patient trauma risk.
•Plug-and-Play Digital Interface: Via USB and UVC protocol, it requires no additional drivers and is compatible with mainstream medical displays, simplifying operating-room integration.
•Precise Optical Performance: The wide-angle lens, large aperture, and ultra-close focus range maintain tissue-texture clarity in macro scenes, outperforming fixed-focus designs in the same class.
•Cost-Effective and Reliable: Manufactured with SMT and AA processes, combined with a detachable design, it ensures precise optical alignment without long-term drift and allows individual replacement of the sensor or lens module, lowering maintenance costs.
•Bronchoscopy: The 3.9 mm lens can reach tertiary bronchi, and the 98° wide FOV reduces blind spots. Combined with a 10–60 mm focus range, it clearly displays mucosal lesions. USB-UVC protocol avoids image distortion caused by traditional AV signals in electromagnetically interfered environments.
•ENT Surgery: Integrated LED illumination eliminates shadows in nasal or ear canals. The F5.5 aperture maintains depth of field in confined spaces. The AA-aligned lens retains micrometer-level optical precision even after high-temperature sterilization.
•Dental root canal treatment: The split-type design allows quick replacement of contaminated modules. 30 FPS smooth imaging assists doctors in real-time identification of root canal branches, reducing the risk of iatrogenic perforation.
•Primary-Level Hospital Coordination: The modular design lowers maintenance barriers. County-level hospitals can extend the equipment’s service life by replacing a single faulty module.
Product Name | 3.9mm Endoscope Camera Module |
Effective Picture Element | 328(H)X248(V） |
S/N Ratio | >48dB |
LED | White LED |
Focusing Rang | 10~60mm |
Image Device | 1/18" |
Sync.Frequency | H:15750 Hz, V:60Hz |
FOV(D) | 98° |
TV System | NTSC |
Gamma Correction | 0.45 |
1. What is a endoscope camera module?
The endoscope camera module is an essential part of endoscopic equipment, enabling the capture of high-quality images or videos of internal body structures. It usually consists of an image sensor, optical lens, light source, connection interface, and a protective casing. This module plays a vital role in assisting healthcare providers to examine and diagnose the condition of internal organs or cavities during medical procedures. It offers live visual feedback, supporting surgical decisions and interventions with accurate, real-time imagery.
2. Are you a factory or a trading company?
We are a leading manufacturer of smart camera modules, operating an in-house production line with 10 dust-free workshops. Our workers adhere to strict production guidelines to ensure uniformity and dependability throughout the entire process. To preserve the clean room environment, the team is thoroughly trained and wears specialized dust-free attire. Quality control is a top priority for us, with each product undergoing thorough inspections at various stages to guarantee the highest standards of performance and reliability.
3. Which devices can this endoscope module be connected to?
This endoscope camera module can be connected via the USB interface to most computers (including Windows, Mac OS, and Linux systems), laptops, and some tablets that support USB devices. As long as the device has a USB interface and can recognize external devices, this module can be used.
4. Can the brightness of the lighting system be adjusted?
Yes, the brightness of the lighting system can usually be adjusted. You can adjust the lighting brightness through the operation interface on the connected device or the control buttons on the module itself (if available) to adapt to different inspection environments.
5. Can the images and videos be saved?
Yes, the operation software on the connected device generally provides the function of saving images and videos. You can save the captured images and videos to the hard disk or other storage media of the device for subsequent viewing, analysis, and archiving.
6. What can be customized for endoscope camera modules?
The endoscopic camera modules we offer offer very many customization options to meet specific needs. You can choose the right software for your endoscope diameter, interface, and device. In addition, customization options also include choosing whether the module comes with a durable steel sleeve for additional protection, dust and water resistance, with certain drop protection features, and whether it comes with built-in LED lighting to ensure that your device is illuminated in low light or no light conditions. Its brightness is adjustable.
