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SF-SJN345 D75
SINCEREFIRST
| This is a high-performance USB endoscope camera module specially designed for medical and multi-scenario application needs, built with the OV9734 image sensor to ensure excellent imaging foundation. Its lens part adopts a 1.08mm ultra-short focal length design, matched with an F4.0 large aperture, which effectively enhances light intake and ensures outstanding low-light imaging performance—even in dim cavity environments, it can still capture clear details. The lens is also equipped with a steel sleeve protective structure, which strengthens the physical anti-collision and wear-resistant capabilities of the module, avoiding damage caused by accidental bumps during medical operations or industrial detection. In terms of image quality, the module features a 1.4μm large pixel design, combined with an intelligent noise reduction algorithm, which can suppress image noise under complex light conditions and output 1920×1080 full high-definition images. It supports MJPEG/YUV2 dual-format encoding: MJPEG format ensures high-speed image transmission without delay, suitable for real-time observation scenarios; YUV2 format maintains richer color details, facilitating subsequent image analysis. For practical usability, the module integrates 6 high-brightness LED fill lights, which can be adjusted according to the ambient light to make up for insufficient light in narrow spaces. It supports IP67-level dustproof and waterproof performance, adapting to humid environments such as medical disinfection and industrial pipeline moisture, and effectively preventing dust or liquid from entering the interior to damage components. In addition, it is compatible with the UVC universal video class protocol, and adopts a USB 5PIN interface to realize true plug-and-play—no need to install additional drivers, and it can be quickly connected to medical display terminals, computers, or industrial control equipment. Its focusing range covers 10~100mm, with a distortion rate of less than 10%, which can meet the depth of field needs of different scenarios, providing reliable visual support for precise medical diagnosis, industrial defect detection, and scientific research observation. |  |
1. Excellent Image Quality: Utilizes an OV9734 sensor to deliver high-resolution, low-noise image output, ensuring diagnostic accuracy.
2. Sturdy and Durable Design: The module lens is equipped with a steel housing, enhancing impact resistance and wear resistance, thereby extending the product's service life.
3. Comprehensive Protection Performance: Rated IP67 for dust and water resistance, ensuring reliable operation in damp or dusty environments, making it suitable for various medical scenarios.
4. Efficient Lighting System: Integrates six bright LED fill lights with adjustable brightness, providing uniform illumination, reducing shadows and glare, and enhancing visibility.
5. Convenient Plug-and-Play: Supports the UVC protocol, compatible with most operating systems and devices. No additional drivers are required, simplifying the setup process.
6. Flexible Focusing Capability: A focus range of 10-100mm allows for clear imaging from close-up to mid-range, adapting to diverse inspection needs.
7. Lightweight and Easy to Integrate: The compact design facilitates embedding into various medical devices, reducing overall system complexity and improving portability.
1. Pipeline endoscope: Used for internal detection of industrial pipelines, it can detect cracks, corrosion, or blockages in the pipeline without disassembling the pipeline, reducing maintenance costs and avoiding production downtime.
2. Nasal endoscope: Adapted for nasal cavity inspections, it can capture clear images in the curved and narrow nasal cavity space, helping to identify nasal polyps, sinus inflammation, or foreign bodies, and providing visual support for minimally invasive nasal surgeries.
3. Laboratory micro-observation endoscope: Used for real-time monitoring and image recording of laboratory samples or microstructures, providing clear visual data for scientific research experiments.
Product Name | Performance USB Endoscope Camera Module |
F.NO | 2.8 |
DSP | USB |
Sensor | BF20A6 |
Focusing Range | 10-30mm |
Diameter | 7.5mm |
Connector | USB 5PIN |
LED: | 6pcs |
Resolution | 30fps |
FOV(D) | 72° |
1.Why does otorhinolaryngology need ultra-fine diameter modules?
When the space of the ear canal/nasal cavity is narrow, a module with a diameter of ≤3mm can reduce the patient's discomfort. At the same time, it is necessary to maintain high resolution (such as ≥300 line pairs /mm) to identify minor lesions.
2.What could be the possible reasons for noise in an image?
It might be due to sensor overheating, signal transmission interference, or excessively high ISO in low light conditions. It is necessary to check the heat dissipation design, cable shielding, or enable the noise reduction mode.
3.How does the field of view (FOV) of a module affect its usage effect?
The field of view determines the imaging range. A wide Angle is suitable for observing a large area, but there may be edge distortion. A narrow Angle provides a more focused picture. The selection should be based on the application scenario. For instance, in laparoscopic surgery, 70°-90° is commonly used to balance the field of vision and details.
Our company has several advantages that set us apart from our competitors and make us the first choice among our clients. Here are some of our key advantages:
1. Customer Service: Our team of professionals is loyal and proactive towards customers, responding promptly and effectively solving problems.
2. Timely Delivery: We understand the importance of delivering products on time. Our efficient logistics team ensures that we get our products to our customers on time.
3. Innovation: We continually strive to innovate and improve our products and services. We invest in research and development to stay at the forefront of our industry.
| This is a high-performance USB endoscope camera module specially designed for medical and multi-scenario application needs, built with the OV9734 image sensor to ensure excellent imaging foundation. Its lens part adopts a 1.08mm ultra-short focal length design, matched with an F4.0 large aperture, which effectively enhances light intake and ensures outstanding low-light imaging performance—even in dim cavity environments, it can still capture clear details. The lens is also equipped with a steel sleeve protective structure, which strengthens the physical anti-collision and wear-resistant capabilities of the module, avoiding damage caused by accidental bumps during medical operations or industrial detection. In terms of image quality, the module features a 1.4μm large pixel design, combined with an intelligent noise reduction algorithm, which can suppress image noise under complex light conditions and output 1920×1080 full high-definition images. It supports MJPEG/YUV2 dual-format encoding: MJPEG format ensures high-speed image transmission without delay, suitable for real-time observation scenarios; YUV2 format maintains richer color details, facilitating subsequent image analysis. For practical usability, the module integrates 6 high-brightness LED fill lights, which can be adjusted according to the ambient light to make up for insufficient light in narrow spaces. It supports IP67-level dustproof and waterproof performance, adapting to humid environments such as medical disinfection and industrial pipeline moisture, and effectively preventing dust or liquid from entering the interior to damage components. In addition, it is compatible with the UVC universal video class protocol, and adopts a USB 5PIN interface to realize true plug-and-play—no need to install additional drivers, and it can be quickly connected to medical display terminals, computers, or industrial control equipment. Its focusing range covers 10~100mm, with a distortion rate of less than 10%, which can meet the depth of field needs of different scenarios, providing reliable visual support for precise medical diagnosis, industrial defect detection, and scientific research observation. | |
1. Excellent Image Quality: Utilizes an OV9734 sensor to deliver high-resolution, low-noise image output, ensuring diagnostic accuracy.
2. Sturdy and Durable Design: The module lens is equipped with a steel housing, enhancing impact resistance and wear resistance, thereby extending the product's service life.
3. Comprehensive Protection Performance: Rated IP67 for dust and water resistance, ensuring reliable operation in damp or dusty environments, making it suitable for various medical scenarios.
4. Efficient Lighting System: Integrates six bright LED fill lights with adjustable brightness, providing uniform illumination, reducing shadows and glare, and enhancing visibility.
5. Convenient Plug-and-Play: Supports the UVC protocol, compatible with most operating systems and devices. No additional drivers are required, simplifying the setup process.
6. Flexible Focusing Capability: A focus range of 10-100mm allows for clear imaging from close-up to mid-range, adapting to diverse inspection needs.
7. Lightweight and Easy to Integrate: The compact design facilitates embedding into various medical devices, reducing overall system complexity and improving portability.
1. Pipeline endoscope: Used for internal detection of industrial pipelines, it can detect cracks, corrosion, or blockages in the pipeline without disassembling the pipeline, reducing maintenance costs and avoiding production downtime.
2. Nasal endoscope: Adapted for nasal cavity inspections, it can capture clear images in the curved and narrow nasal cavity space, helping to identify nasal polyps, sinus inflammation, or foreign bodies, and providing visual support for minimally invasive nasal surgeries.
3. Laboratory micro-observation endoscope: Used for real-time monitoring and image recording of laboratory samples or microstructures, providing clear visual data for scientific research experiments.
Product Name | Performance USB Endoscope Camera Module |
F.NO | 2.8 |
DSP | USB |
Sensor | BF20A6 |
Focusing Range | 10-30mm |
Diameter | 7.5mm |
Connector | USB 5PIN |
LED: | 6pcs |
Resolution | 30fps |
FOV(D) | 72° |
1.Why does otorhinolaryngology need ultra-fine diameter modules?
When the space of the ear canal/nasal cavity is narrow, a module with a diameter of ≤3mm can reduce the patient's discomfort. At the same time, it is necessary to maintain high resolution (such as ≥300 line pairs /mm) to identify minor lesions.
2.What could be the possible reasons for noise in an image?
It might be due to sensor overheating, signal transmission interference, or excessively high ISO in low light conditions. It is necessary to check the heat dissipation design, cable shielding, or enable the noise reduction mode.
3.How does the field of view (FOV) of a module affect its usage effect?
The field of view determines the imaging range. A wide Angle is suitable for observing a large area, but there may be edge distortion. A narrow Angle provides a more focused picture. The selection should be based on the application scenario. For instance, in laparoscopic surgery, 70°-90° is commonly used to balance the field of vision and details.
Our company has several advantages that set us apart from our competitors and make us the first choice among our clients. Here are some of our key advantages:
1. Customer Service: Our team of professionals is loyal and proactive towards customers, responding promptly and effectively solving problems.
2. Timely Delivery: We understand the importance of delivering products on time. Our efficient logistics team ensures that we get our products to our customers on time.
3. Innovation: We continually strive to innovate and improve our products and services. We invest in research and development to stay at the forefront of our industry.
