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This is a separated 0.9mm diameter CMOS sensor miniature endoscope camera module for medical and industrial use, redefining the standard for narrow space detection with its extremely compact lens diameter. It is equipped with the OVM6948 1/36-inch image sensor and 0.65μm×0.65μm pixel units, supporti
In medical endoscope equipment, the endoscope camera module is a core component that determines the accuracy of diagnosis and treatment. Such equipment is widely used in medical scenarios such as gastrointestinal examinations and minimally invasive surgeries. A high-definition camera module can clea
This tracheal endoscope LED camera module is centered around the OV6922 CMOS chip, creating a highly integrated miniaturized medical imaging solution. It features a 3.9mm diameter steel-sleeved lens paired with a 1/18-inch sensor, which can easily penetrate narrow body cavities for minimally invasiv
This 2.8mm Type-C CMOS sensor endoscope camera module is equipped with a CMOS color image sensor and a wide-angle lens with a diagonal field of view of 105°, featuring a focal length of 0.5mm, a focusing range of 3~50mm, an aperture of F4.5, and distortion of < -10°, with a manual focusing design. T
The endoscope camera module is the core of oral endoscopes for achieving precise observation. It supports flexible focusing from macro to full distance through its integrated high-definition imaging capability, and with the auto-focus function, it ensures that even the tiny structures inside the ora
The core difference between side-view and forward-view endoscope camera modules lies in their imaging perspectives. The lens exit direction of the side-view module is perpendicular or nearly perpendicular to the main body of the module, enabling imaging of non-forward areas such as the sides and inn
In the field of modern medical diagnosis and treatment, endoscope technology plays a crucial role. As the core component of an endoscope, the performance of the endoscope module directly affects the accuracy of diagnosis and the safety of treatment. Among them, the characteristic of endoscope module
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The use of steel for the protective sheath of the endoscope camera module is primarily based on its high-strength protection and environmental adaptability. Steel (such as stainless steel or titanium alloy) offers excellent resistance to pressure, impact, and abrasion, effectively safeguarding the i
Long cables inside an endoscope camera module intensify attenuation and reflection of high-speed differential signals within the thin wires, causing 720P (or higher) images to exhibit noise, color shifts, or frame drops. The added distributed capacitance and inductance also slow clock edges, produci
In the modern field of duct cleaning, customers increasingly demand higher service quality and transparency. Traditional cleaning methods often lack intuitive visual feedback, making it difficult for clients to clearly understand the cleaning results. The introduction of endoscope camera modules has
Cost Restructuring Driven by Miniaturization TechnologyIn the field of medical consumables, disposable endoscope camera modules are undergoing a transformation from a "luxury item" to a "fast-moving consumer good." The core breakthrough comes from the mass production of miniaturized endoscope camera
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SF-N735V3 D3.5
SINCEREFIRST
This is integrated 1MP high-definition CSI OV9734 image sensor medical endoscope camera bare module, which adopts the OmniVision OV9734 CMOS color image sensor, boasting excellent performance in image capture and presentation. It features an image resolution of 1280x720P and 1MP pixels, and can output smooth images at a frame rate of 30FPS, enabling clear capture of dynamic details. Whether it is a fast-moving target or subtle changes, it can accurately record them. The pixel size of 1.4μmx1.4μm, combined with a dynamic range of 68db, ensures high-quality imaging even in complex lighting environments. The module adopts an integrated design with a diameter of 3.5mm, which is compact and easy to use flexibly in narrow spaces. It is also equipped with 6 LED lamp beads to provide sufficient and uniform illumination for the shooting area. With DFOV 88°, it can cover a wide observation range and reduce observation blind spots. It uses a manual focusing method, with a focusing range of 10mm~40mm, allowing precise adjustment of the focus according to actual observation needs. Its maximum imaging circle is 4.8mm, ensuring the integrity and clarity of the imaging area. Equipped with a USB2.0 interface and supporting the UVC protocol, it enables stable and efficient data transmission, and is compatible with various devices to realize real-time transmission and processing of image data. It can meet the needs of quickly obtaining image data in different scenarios, whether in medical examinations or industrial inspections. |
1. Exquisite and Outstanding Image Presentation: Leveraging the powerful performance of OmniVision's OV9734 sensor, high-definition image quality and smooth frame rate complement each other, enabling precise capture of detailed changes in dynamic scenes. The unique pixel specifications and dynamic range design allow it to present clear images with rich layers and natural colors even in environments with uneven light.
2. Compact Structure with Powerful Illumination: The slim 3.5mm diameter combined with an integrated structure can easily go deep into narrow spaces for observation, offering excellent flexibility. The built-in 6 LED beads form a balanced light source, providing stable light support for observation in dim environments and ensuring imaging is not restricted by light.
3. Wide Observation Range and Precise Focusing: The 88° DFOV expands the observation field of view, reducing blind spots and improving overall observation efficiency. The manual focusing function can be flexibly adjusted within the range of 10mm to 40mm, and together with the 4.8mm imaging circle specification, it can clearly present the details of the target area.
4. Convenient and Efficient Connection and Adaptation: The USB2.0 interface combined with the UVC protocol not only ensures stable and smooth data transmission but also enables quick compatibility with various devices. It can realize real-time transmission and processing of images without complex debugging, meeting the needs of instant observation in medical, industrial and other scenarios.
1. Oral endoscope: Integrated into oral mirror equipment, its 3.5mm diameter allows flexible movement in the oral cavity. The 6 LED lamp beads can illuminate dark areas such as tooth gaps and gingival sulci.
2. Electronic endoscope: As the core module of electronic endoscopes, it is suitable for internal maintenance of electronic devices such as mobile phones and computers.
3. Industrial pipeline endoscope: As a core imaging component applied in small industrial pipeline endoscopes, it is suitable for detecting pipelines with smaller diameters.
Product Name | 30FPS Endoscope Camera Module |
Image Sensor | OV9734 |
Lens Size | 1/9 inch |
Pixel Size | 1.4um X 1.4um |
Maximum effective pixel | 1280(H)X720(V) |
Interface type | USB2.0 High Speed |
OTG protocol is supported | USB2.0 OTG |
Supported resolution and frame rate | 30fps VGA YUV MJPEG / 30fps QVGA YUV |
Lens | Hd lens/fixed focus |
Operating temperature | -20~70℃ |
FAQ
1. How does the endoscope camera module work?
The endoscope camera module collects the internal image through the front optical lens, converts it into electrical signal by CMOS or CCD sensor, and then optimizes it through image processing chip for noise reduction and enhancement, and finally outputs high-definition video signal. Some modules support wireless transmission or fiber optic signal transmission, suitable for medical or industrial inspection scenarios.
2. How does the Field of view (FOV) of the module affect the use effect?
The field of view Angle determines the imaging range. The wide Angle (above 120°) is suitable for observing a large area, but the edge may be distorted. Narrow angles (below 60°) provide a more focused picture. The selection should be based on the application scenario, such as laparoscopic surgery commonly used 70°-90° balanced field of view and detail.
3. What are the interface types of the module?
Common interfaces include USB3.0, HDMI, SDI, etc. Industrial scenarios may use PoE power supply interfaces, and medical devices integrate dedicated medical image interfaces (such as DVI-Med).
This is integrated 1MP high-definition CSI OV9734 image sensor medical endoscope camera bare module, which adopts the OmniVision OV9734 CMOS color image sensor, boasting excellent performance in image capture and presentation. It features an image resolution of 1280x720P and 1MP pixels, and can output smooth images at a frame rate of 30FPS, enabling clear capture of dynamic details. Whether it is a fast-moving target or subtle changes, it can accurately record them. The pixel size of 1.4μmx1.4μm, combined with a dynamic range of 68db, ensures high-quality imaging even in complex lighting environments. The module adopts an integrated design with a diameter of 3.5mm, which is compact and easy to use flexibly in narrow spaces. It is also equipped with 6 LED lamp beads to provide sufficient and uniform illumination for the shooting area. With DFOV 88°, it can cover a wide observation range and reduce observation blind spots. It uses a manual focusing method, with a focusing range of 10mm~40mm, allowing precise adjustment of the focus according to actual observation needs. Its maximum imaging circle is 4.8mm, ensuring the integrity and clarity of the imaging area. Equipped with a USB2.0 interface and supporting the UVC protocol, it enables stable and efficient data transmission, and is compatible with various devices to realize real-time transmission and processing of image data. It can meet the needs of quickly obtaining image data in different scenarios, whether in medical examinations or industrial inspections. |
1. Exquisite and Outstanding Image Presentation: Leveraging the powerful performance of OmniVision's OV9734 sensor, high-definition image quality and smooth frame rate complement each other, enabling precise capture of detailed changes in dynamic scenes. The unique pixel specifications and dynamic range design allow it to present clear images with rich layers and natural colors even in environments with uneven light.
2. Compact Structure with Powerful Illumination: The slim 3.5mm diameter combined with an integrated structure can easily go deep into narrow spaces for observation, offering excellent flexibility. The built-in 6 LED beads form a balanced light source, providing stable light support for observation in dim environments and ensuring imaging is not restricted by light.
3. Wide Observation Range and Precise Focusing: The 88° DFOV expands the observation field of view, reducing blind spots and improving overall observation efficiency. The manual focusing function can be flexibly adjusted within the range of 10mm to 40mm, and together with the 4.8mm imaging circle specification, it can clearly present the details of the target area.
4. Convenient and Efficient Connection and Adaptation: The USB2.0 interface combined with the UVC protocol not only ensures stable and smooth data transmission but also enables quick compatibility with various devices. It can realize real-time transmission and processing of images without complex debugging, meeting the needs of instant observation in medical, industrial and other scenarios.
1. Oral endoscope: Integrated into oral mirror equipment, its 3.5mm diameter allows flexible movement in the oral cavity. The 6 LED lamp beads can illuminate dark areas such as tooth gaps and gingival sulci.
2. Electronic endoscope: As the core module of electronic endoscopes, it is suitable for internal maintenance of electronic devices such as mobile phones and computers.
3. Industrial pipeline endoscope: As a core imaging component applied in small industrial pipeline endoscopes, it is suitable for detecting pipelines with smaller diameters.
Product Name | 30FPS Endoscope Camera Module |
Image Sensor | OV9734 |
Lens Size | 1/9 inch |
Pixel Size | 1.4um X 1.4um |
Maximum effective pixel | 1280(H)X720(V) |
Interface type | USB2.0 High Speed |
OTG protocol is supported | USB2.0 OTG |
Supported resolution and frame rate | 30fps VGA YUV MJPEG / 30fps QVGA YUV |
Lens | Hd lens/fixed focus |
Operating temperature | -20~70℃ |
FAQ
1. How does the endoscope camera module work?
The endoscope camera module collects the internal image through the front optical lens, converts it into electrical signal by CMOS or CCD sensor, and then optimizes it through image processing chip for noise reduction and enhancement, and finally outputs high-definition video signal. Some modules support wireless transmission or fiber optic signal transmission, suitable for medical or industrial inspection scenarios.
2. How does the Field of view (FOV) of the module affect the use effect?
The field of view Angle determines the imaging range. The wide Angle (above 120°) is suitable for observing a large area, but the edge may be distorted. Narrow angles (below 60°) provide a more focused picture. The selection should be based on the application scenario, such as laparoscopic surgery commonly used 70°-90° balanced field of view and detail.
3. What are the interface types of the module?
Common interfaces include USB3.0, HDMI, SDI, etc. Industrial scenarios may use PoE power supply interfaces, and medical devices integrate dedicated medical image interfaces (such as DVI-Med).