In medical diagnosis, capsule endoscopes and wired endoscope camera modules each have their own characteristics. The capsule endoscope has the core advantage of being non-invasive and convenient. After being swallowed by the patient, it moves naturally with the gastrointestinal tract to take images
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
The length of the lens protection cover for the endoscopic camera module directly influences its application scenarios and performance. A shorter protection cover (0.3 - 1.5 meters) is more suitable for narrow space detection, such as precision instruments or small cavities, providing better flexibi
Advantages and Disadvantages of Side-View Endoscope Camera Modules and Direct-View Endoscope Camera Modules Side-view endoscope camera modules excel in flexibility and adaptability. Their lenses can observe from various angles, easily accessing narrow gaps, corners, or complex internal structures
For an endoscopic camera module to be used as a bronchoscope, it must first meet extremely high imaging quality requirements, which are central to accurate diagnosis. Its resolution needs to reach high definition (HD) or higher to clearly display tiny lesions on the bronchial mucosa; the field of vi
This is separate 0.9mm diameter 1MP micro CSI OCHTA10 Type-C endoscope camera module with LED. The core advantage of this module lies in its lens with a diameter of only 0.9mm. This ultra-small design enables it to easily penetrate extremely narrow spaces that traditional endoscopes cannot reach, su
Advantages of Split-Type Endoscope Camera Modules with Side-View Imaging Split-type endoscope camera modules with side-view imaging offer significant advantages in various applications. In scenarios involving the inspection of complex structures, their unique viewing angle design achieves results t
To convert an endoscope camera bare module into a medical-grade device, start with the optical system: replace or supplement the stock lens with a purpose-built medical lens that delivers high resolution, the correct field of view and depth of field, and—if required—add fluorescence filters or anti-
The Advantages of Wide-Angle Lenses in Endoscope Camera ModulesWide-angle lenses have become increasingly important in modern endoscopic systems, offering several key benefits for medical imaging and diagnostics. Here are the primary advantages:Enhanced Field of ViewWide-angle lenses provide signifi
How to Choose an Intraoral Endoscope Camera Module An intraoral camera module must deliver high-precision optical imaging and agile maneuverability. First, it should provide seamless focus from macro to full-field distances, guaranteeing sharp images at any range. A shadowless illumination system c
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-C1011USB-D3.9-720P60
SINCEREFIRST
This is 3.9mm diameter compact OCHTA10 CMOS color sensor separated USB medical LED endoscope camera module with a steel shell. It adopts the OmniVision OCHTA10 image sensor, featuring a resolution of 400x400 and a maximum frame rate of 30FPS. The sensor size is 1/31 inch, with a pixel size of 1.008μm x 1.008μm. It boasts excellent optical performance, with a diagonal field of view (DFOV) of 80°, horizontal field of view (HFOV) of 70°, and vertical field of view (VFOV) of 40°. Particularly noteworthy is the precise combination of the 1.08mm short focal length and the 10-80mm focusing range, which can not only capture details at close range but also cover observation needs at medium distances. Cooperating with the F4.0 aperture, it ensures a wide field of view while taking into account imaging clarity. The distortion is less than -10%, and it adopts a manual focusing mode. The lens integrates 4 LED lights to provide sufficient illumination in low-light environments. In terms of interface, it is equipped with USB2.0, supports the UVC protocol, and is compatible with mainstream operating systems. With separated design, the lens has a diameter of only 3.9mm and is equipped with a steel shell, which can not only enter most narrow spaces but also effectively protect the lens from damage. It is produced through SMT technology and AA manufacturing process, ensuring the precision and reliability of product quality. |
1. Flexible Optical Coverage: The precise adaptation of the 1.08mm short focal length and 10~80mm focusing range can not only meet the needs of capturing close-range details but also cover medium-distance observation requirements. Combined with an 80° diagonal field of view, 70° horizontal field of view, and 40° vertical field of view, it achieves extensive coverage of the observation area.
2. High-Definition and Stable Imaging: Relying on the F4.0 aperture and low distortion of < -10%, while ensuring a wide field of view, it effectively improves imaging clarity and stability. Cooperating with the OmniVision OCHTA10 CMOS color sensor (400x400 resolution, 30FPS frame rate), it provides high-quality images for medical observation.
3. Compact and Durable Design: The 3.9mm diameter lens with a steel sleeve is small in size and can easily enter narrow spaces. The steel sleeve design enhances protection; the split structure improves operational flexibility, making it suitable for complex medical scenarios.
4. Reliable Illumination and Control: The lens integrates 4 LED lights to provide sufficient illumination in low-light environments; the manual focusing mode facilitates precise adjustment, ensuring that key observation points are clearly presented.
5. Wide Compatibility: Equipped with a USB2.0 interface and UVC protocol, it supports mainstream operating systems, requires no complex drivers, and features plug-and-play functionality, making it compatible with various medical devices and system environments.
6. Precision Manufacturing Assurance: Produced using SMT technology and AA manufacturing process, it ensures product consistency and stability, meeting the strict requirements for precision and reliability in medical equipment.
1. Otolaryngology Examination: The 3.9mm lens penetrates deep into the nasal cavity and ear canal. The combination of short focal length and focusing range captures mucosal details, and the LED lights assist doctors in rapid diagnosis.
2. Oral Observation: It reaches hidden areas such as between teeth. The manual focusing mode presents details like tartar, providing a basis for oral diagnosis and treatment.
3. Precision Instrument Maintenance: The split design facilitates operation, clearly captures component details, and the steel sleeve protects the lens.
4. Cultural Relics Restoration Observation: It goes deep into gaps of cultural relics. LED lighting and manual focusing help restorers see fine cracks and decorations clearly.
Product Name | Separate endoscope camera module |
Basic tolerance | ±0.1mm |
DSP | USB2.0 |
Sensor | OH01A10 |
Focusing Range | 10-100mm |
Focal Length | 1.25mm |
F Number | 4 |
FOV(D) | 75° |
TV Distortion | <-10% |
LED | 0402 White LED |
1. What is the difference between medical and industrial endoscope modules?
The medical module emphasizes biocompatibility, sterilization and high image quality, and needs to comply with FDA/CE certification; Industrial modules focus on durability (such as corrosion protection), wide temperature operation (-20°C to 70°C), and special light sources (such as UV).
2. How to evaluate the cost performance of the module?
For comprehensive resolution, durability, and after-sales support (such as medical modules that require calibration services from manufacturers), industrial scenarios can prioritize MTBF (mean time to failure) indicators.
3. What are the typical requirements for custom modules?
Common requirements include special dimensions (e.g., 1mm diameter), multispectral imaging (e.g., fluorescence navigation), and interface protocol adaptation (e.g., interfacing with DICOM systems).
This is 3.9mm diameter compact OCHTA10 CMOS color sensor separated USB medical LED endoscope camera module with a steel shell. It adopts the OmniVision OCHTA10 image sensor, featuring a resolution of 400x400 and a maximum frame rate of 30FPS. The sensor size is 1/31 inch, with a pixel size of 1.008μm x 1.008μm. It boasts excellent optical performance, with a diagonal field of view (DFOV) of 80°, horizontal field of view (HFOV) of 70°, and vertical field of view (VFOV) of 40°. Particularly noteworthy is the precise combination of the 1.08mm short focal length and the 10-80mm focusing range, which can not only capture details at close range but also cover observation needs at medium distances. Cooperating with the F4.0 aperture, it ensures a wide field of view while taking into account imaging clarity. The distortion is less than -10%, and it adopts a manual focusing mode. The lens integrates 4 LED lights to provide sufficient illumination in low-light environments. In terms of interface, it is equipped with USB2.0, supports the UVC protocol, and is compatible with mainstream operating systems. With separated design, the lens has a diameter of only 3.9mm and is equipped with a steel shell, which can not only enter most narrow spaces but also effectively protect the lens from damage. It is produced through SMT technology and AA manufacturing process, ensuring the precision and reliability of product quality. |
1. Flexible Optical Coverage: The precise adaptation of the 1.08mm short focal length and 10~80mm focusing range can not only meet the needs of capturing close-range details but also cover medium-distance observation requirements. Combined with an 80° diagonal field of view, 70° horizontal field of view, and 40° vertical field of view, it achieves extensive coverage of the observation area.
2. High-Definition and Stable Imaging: Relying on the F4.0 aperture and low distortion of < -10%, while ensuring a wide field of view, it effectively improves imaging clarity and stability. Cooperating with the OmniVision OCHTA10 CMOS color sensor (400x400 resolution, 30FPS frame rate), it provides high-quality images for medical observation.
3. Compact and Durable Design: The 3.9mm diameter lens with a steel sleeve is small in size and can easily enter narrow spaces. The steel sleeve design enhances protection; the split structure improves operational flexibility, making it suitable for complex medical scenarios.
4. Reliable Illumination and Control: The lens integrates 4 LED lights to provide sufficient illumination in low-light environments; the manual focusing mode facilitates precise adjustment, ensuring that key observation points are clearly presented.
5. Wide Compatibility: Equipped with a USB2.0 interface and UVC protocol, it supports mainstream operating systems, requires no complex drivers, and features plug-and-play functionality, making it compatible with various medical devices and system environments.
6. Precision Manufacturing Assurance: Produced using SMT technology and AA manufacturing process, it ensures product consistency and stability, meeting the strict requirements for precision and reliability in medical equipment.
1. Otolaryngology Examination: The 3.9mm lens penetrates deep into the nasal cavity and ear canal. The combination of short focal length and focusing range captures mucosal details, and the LED lights assist doctors in rapid diagnosis.
2. Oral Observation: It reaches hidden areas such as between teeth. The manual focusing mode presents details like tartar, providing a basis for oral diagnosis and treatment.
3. Precision Instrument Maintenance: The split design facilitates operation, clearly captures component details, and the steel sleeve protects the lens.
4. Cultural Relics Restoration Observation: It goes deep into gaps of cultural relics. LED lighting and manual focusing help restorers see fine cracks and decorations clearly.
Product Name | Separate endoscope camera module |
Basic tolerance | ±0.1mm |
DSP | USB2.0 |
Sensor | OH01A10 |
Focusing Range | 10-100mm |
Focal Length | 1.25mm |
F Number | 4 |
FOV(D) | 75° |
TV Distortion | <-10% |
LED | 0402 White LED |
1. What is the difference between medical and industrial endoscope modules?
The medical module emphasizes biocompatibility, sterilization and high image quality, and needs to comply with FDA/CE certification; Industrial modules focus on durability (such as corrosion protection), wide temperature operation (-20°C to 70°C), and special light sources (such as UV).
2. How to evaluate the cost performance of the module?
For comprehensive resolution, durability, and after-sales support (such as medical modules that require calibration services from manufacturers), industrial scenarios can prioritize MTBF (mean time to failure) indicators.
3. What are the typical requirements for custom modules?
Common requirements include special dimensions (e.g., 1mm diameter), multispectral imaging (e.g., fluorescence navigation), and interface protocol adaptation (e.g., interfacing with DICOM systems).