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SF-U4530-SL-V3
SINCEREFIRST
| This 0.3MP BF2013 Sensor USB Mini Medical Endoscope Camera Bare Module adopts an Integrated architecture, with a 1/9-inch BF2013 CMOS sensor as the core component. Equipped with a built-in Image Signal Processor (ISP), it features noise reduction technology and adjustable gain function, enabling continuous output of clear and stable color images. Boasting a resolution of 640×480 (VGA level) and a frame rate of 30FPS, it delivers real-time dynamic imaging effects that fully meet the requirements of clinical intracavitary examinations. Key technical parameters of the module include: a focal length range of 1.5cm-5cm (tolerance ±2%), a depth of field of 15mm-50mm (±2%), a dynamic range of 69.5dB, a TV distortion rate <1%, a diagonal field of view (FOV) of 67°, and an aperture (F.NO) of 1.0±0.05, comprehensively covering the depth needs of common medical intracavitary examinations. The integrated 4.5mm slender lens not only supports the miniaturization design of endoscopes but also effectively reduces patient discomfort during examinations. The lens is embedded with 6 high-brightness LED beads, providing sufficient and uniform illumination inside the cavity without the need for additional wiring. In terms of data transmission and compatibility, the module adopts a DVP interface. Manufactured through advanced SMT (Surface Mount Technology) and AA (Active Alignment) processes, the product ensures consistency in mass production and has obtained multiple international certifications such as CE, FCC, RoSH, and Reach, providing a high-quality imaging solution for medical endoscopy applications. |  |
HD and Low-Distortion Imaging: The combination of 0.3MP/VGA resolution and 30FPS frame rate achieves smooth imaging without stuttering; the TV distortion rate is less than 1%, which accurately restores the shape of lesions, laying a solid foundation for precise diagnosis.
Wide-Range Adaptive Optical Performance: The 67° diagonal field of view greatly expands the coverage of a single examination, reducing the number of repeated adjustments; the 1.5-5cm focal length and 15-50mm depth of field form a flexible adaptation system, which can meet the inspection needs of shallow cavities such as the throat and deep cavities such as the intestines, with strong versatility.
Strong Adaptability of Miniaturized Design: The 1/9-inch ultra-compact sensor and 4.5mm slender lens are specially optimized for small-diameter endoscopes (e.g., otoscopes with a diameter <3mm). The integrated structural design simplifies the assembly process of endoscope equipment and reduces production costs.
Efficient Illumination and Stable Transmission: The 6 built-in LED beads are arranged in a ring, providing uniform and shadowless illumination inside the cavity, effectively solving the problem of insufficient light in deep cavities; the USB2.0 interface supports high-speed and low-latency data transmission, ensuring stable image output during long-term use and improving clinical work efficiency.
Reliable Mass Production: Mature SMT and AA production processes support large-scale mass production, ensuring consistent quality of each module; the acquisition of multiple international certifications eliminates technical barriers to entering the global market, making it suitable for medical institutions in different countries and regions.
Low Power Consumption and Durable Operation: While maintaining high-performance imaging, the module optimizes power consumption design, with low power consumption during operation, making it more energy-efficient when used with portable medical equipment; high-quality material selection and precision manufacturing processes enhance the product's durability and service life.
Otolaryngological Electronic Endoscope: Used for integration into reusable disinfectable otoscopes and nasopharyngoscopes to inspect the ear canal, nasal cavity, and throat.
Portable Gastrointestinal Endoscope Equipment: Suitable for portable gastroscopes and colonoscopes in small and medium-sized medical institutions or specific scenarios for basic lesion screening.
Minimally Invasive Surgery Auxiliary Imaging Equipment: Can serve as the imaging core of minimally invasive surgical instruments such as arthroscopes and hysteroscopes, providing real-time intraoperative vision.
Veterinary Clinical Examination Equipment: Integrated into pet-specific endoscopes for examining cavities such as the oral cavity and ear canal of animals like cats and dogs.
Product Name | Endoscope Camera Module |
Features | BF2013 Endoscope Camera |
Pixel | 0.3MP |
Sensor | BF2013 |
F.NO | 2.8 |
Focus Range | 10-100mm |
Focal Length | 3.75mm |
Trademark | SINCERE FIRST |
Fov(D) | 67° |
TV Distortion | <1.0% |
Yes. Common customization options include: lens diameter and length, number and brightness of LED beads, cable length and interface type. Customization can also be provided for specific requirements.
Yes, the built-in LED beads support adaptive brightness adjustment to meet the illumination needs of different cavities.
It has obtained four international certifications: CE, FCC, RoSH, and Reach.
The standard bare module itself does not have waterproof function. Waterproof performance needs to be achieved by equipment manufacturers through installing sealed sheaths and encapsulated interfaces during integration. We can provide relevant customization and process suggestions according to requirements.
| This 0.3MP BF2013 Sensor USB Mini Medical Endoscope Camera Bare Module adopts an Integrated architecture, with a 1/9-inch BF2013 CMOS sensor as the core component. Equipped with a built-in Image Signal Processor (ISP), it features noise reduction technology and adjustable gain function, enabling continuous output of clear and stable color images. Boasting a resolution of 640×480 (VGA level) and a frame rate of 30FPS, it delivers real-time dynamic imaging effects that fully meet the requirements of clinical intracavitary examinations. Key technical parameters of the module include: a focal length range of 1.5cm-5cm (tolerance ±2%), a depth of field of 15mm-50mm (±2%), a dynamic range of 69.5dB, a TV distortion rate <1%, a diagonal field of view (FOV) of 67°, and an aperture (F.NO) of 1.0±0.05, comprehensively covering the depth needs of common medical intracavitary examinations. The integrated 4.5mm slender lens not only supports the miniaturization design of endoscopes but also effectively reduces patient discomfort during examinations. The lens is embedded with 6 high-brightness LED beads, providing sufficient and uniform illumination inside the cavity without the need for additional wiring. In terms of data transmission and compatibility, the module adopts a DVP interface. Manufactured through advanced SMT (Surface Mount Technology) and AA (Active Alignment) processes, the product ensures consistency in mass production and has obtained multiple international certifications such as CE, FCC, RoSH, and Reach, providing a high-quality imaging solution for medical endoscopy applications. | |
HD and Low-Distortion Imaging: The combination of 0.3MP/VGA resolution and 30FPS frame rate achieves smooth imaging without stuttering; the TV distortion rate is less than 1%, which accurately restores the shape of lesions, laying a solid foundation for precise diagnosis.
Wide-Range Adaptive Optical Performance: The 67° diagonal field of view greatly expands the coverage of a single examination, reducing the number of repeated adjustments; the 1.5-5cm focal length and 15-50mm depth of field form a flexible adaptation system, which can meet the inspection needs of shallow cavities such as the throat and deep cavities such as the intestines, with strong versatility.
Strong Adaptability of Miniaturized Design: The 1/9-inch ultra-compact sensor and 4.5mm slender lens are specially optimized for small-diameter endoscopes (e.g., otoscopes with a diameter <3mm). The integrated structural design simplifies the assembly process of endoscope equipment and reduces production costs.
Efficient Illumination and Stable Transmission: The 6 built-in LED beads are arranged in a ring, providing uniform and shadowless illumination inside the cavity, effectively solving the problem of insufficient light in deep cavities; the USB2.0 interface supports high-speed and low-latency data transmission, ensuring stable image output during long-term use and improving clinical work efficiency.
Reliable Mass Production: Mature SMT and AA production processes support large-scale mass production, ensuring consistent quality of each module; the acquisition of multiple international certifications eliminates technical barriers to entering the global market, making it suitable for medical institutions in different countries and regions.
Low Power Consumption and Durable Operation: While maintaining high-performance imaging, the module optimizes power consumption design, with low power consumption during operation, making it more energy-efficient when used with portable medical equipment; high-quality material selection and precision manufacturing processes enhance the product's durability and service life.
Otolaryngological Electronic Endoscope: Used for integration into reusable disinfectable otoscopes and nasopharyngoscopes to inspect the ear canal, nasal cavity, and throat.
Portable Gastrointestinal Endoscope Equipment: Suitable for portable gastroscopes and colonoscopes in small and medium-sized medical institutions or specific scenarios for basic lesion screening.
Minimally Invasive Surgery Auxiliary Imaging Equipment: Can serve as the imaging core of minimally invasive surgical instruments such as arthroscopes and hysteroscopes, providing real-time intraoperative vision.
Veterinary Clinical Examination Equipment: Integrated into pet-specific endoscopes for examining cavities such as the oral cavity and ear canal of animals like cats and dogs.
Product Name | Endoscope Camera Module |
Features | BF2013 Endoscope Camera |
Pixel | 0.3MP |
Sensor | BF2013 |
F.NO | 2.8 |
Focus Range | 10-100mm |
Focal Length | 3.75mm |
Trademark | SINCERE FIRST |
Fov(D) | 67° |
TV Distortion | <1.0% |
Yes. Common customization options include: lens diameter and length, number and brightness of LED beads, cable length and interface type. Customization can also be provided for specific requirements.
Yes, the built-in LED beads support adaptive brightness adjustment to meet the illumination needs of different cavities.
It has obtained four international certifications: CE, FCC, RoSH, and Reach.
The standard bare module itself does not have waterproof function. Waterproof performance needs to be achieved by equipment manufacturers through installing sealed sheaths and encapsulated interfaces during integration. We can provide relevant customization and process suggestions according to requirements.
