Ultra-Miniature 0.9mm OCHTA10 CMOS Sensor Separated Medical Endoscope Camera Module

This is an ultra-miniature 0.9mm OCHTA10 CMOS sensor separated medical endoscope camera module, equipped with the OmniVision OCHTA10 CMOS color image sensor and advanced PureCel®Plus-S technology. It supports a resolution of 400x400 (160,000 pixels) and can deliver stable image output at a maximum frame rate of 30 frames per second (FPS), enabling clear capture of fine medical image details while ensuring smooth dynamic image transmission and preventing frame freezing. The sensor size is 1/31 inch, paired with a pixel size of 1.008μm x 1.008μm, which achieves excellent light-sensing performance in a limited space. Additionally, it features a 120° field of view, which expands the observation range of the endoscope and reduces blind spots. The module adopts a manual focusing design for precise focus adjustment as needed, and its separated structure facilitates installation and maintenance. With a lens diameter of only 0.9mm, it can easily access various narrow spaces. It uses a 4Pin pin design, combined with a DSP board supporting USB 2.0 speed, ensuring stable and efficient data transmission. The Type-C interface offers strong compatibility and easy plug-and-play operation, while support for the UVC protocol enables seamless connection with various medical device terminals. As a high-end endoscope camera module under SincereFull, it is manufactured using advanced SMT (Surface Mount Technology) and AA (Active Alignment) processes in a Class 100 cleanroom, guaranteeing high precision, high reliability, and consistency of the product, thus laying a solid hardware foundation for stable performance in practical applications.

Product Advantage ◢

• Superior Image Performance: Equipped with the OmniVision OCHTA10 CMOS color image sensor, the 400x400 resolution ensures clear display of image details. The 1.008μm x 1.008μm pixel size enhances light-sensing capability, allowing capture of clear and true-to-life color images even in low-light internal body environments. The maximum frame rate of 30FPS ensures smooth dynamic images and avoids picture lag.

• Compact Size and Wide Field of View: With a lens diameter of only 0.9mm, this ultra-miniature design enables easy integration into various small-diameter medical devices, meeting the miniaturization requirements of minimally invasive diagnosis and treatment equipment. The 120° field of view expands the observation range, covering more inspection areas and improving the comprehensiveness of examinations.

• Strong Scene Compatibility: The separated design and Type-C interface provide high compatibility. Combined with support for the UVC protocol, it can quickly connect to medical terminal devices such as computers and monitors for plug-and-play functionality, simplifying the equipment debugging process. The manual focusing function allows precise focus adjustment based on actual observation needs, ensuring clear viewing of specific areas.

• High-Reliability Manufacturing Process: Produced in a 100 Level Dust-Free workshop, SMT technology enables high-precision component mounting, enhancing the integration and stability of the module. The AA process ensures accurate alignment between the lens and the sensor, further optimizing imaging quality. The high-standard manufacturing process ensures stable performance of the module during long-term, high-frequency medical use and reduces equipment failure rates.

Technical Parameters ◢

Product Uses ◢

• Gastroenterology Endoscopy Examinations: Compatible with gastroscopes and colonoscopes, the 0.9mm lens can smoothly enter the digestive tract. The combination of 120° field of view and 400x400 resolution enables clear capture of lesions such as mucosal inflammation and ulcers. The 30FPS frame rate allows observation of digestive tract peristalsis, assisting doctors in accurate diagnosis.

• Respiratory Medicine Bronchoscope Examinations: Integrated into bronchoscope probes, it can penetrate into the trachea, bronchi, and pulmonary branches. Manual focusing enables precise viewing of suspicious areas such as inflammation and foreign bodies. The Type-C interface and UVC protocol support real-time image transmission and storage, facilitating diagnostic analysis.

• Urology Minimally Invasive Diagnosis and Treatment: Compatible with cystoscopes and ureteroscopes, the separated design allows easy adaptation to different devices. The compact lens can move flexibly in the urinary tract, and the 120° field of view helps identify stones and tumors. Stable imaging assists in precise positioning during minimally invasive procedures.

• Otolaryngology Examinations and Treatments: Used in laryngoscopes and nasal endoscopes, the high light-sensing performance of the 1.008μm pixels adapts to low-light environments in body cavities. The 30FPS frame rate clearly displays vocal cord vibrations, providing visual guidance for inflammation diagnosis and polyp removal.
  

  
  

FAQ ◢

Q1: What resolution does this endoscope camera module support?

A1: It supports a resolution of 400x400 (equivalent to 160,000 pixels), which can clearly capture fine details of medical images for accurate observation.

Q2: Is the module easy to connect to other medical devices?

A2: Yes. It has a Type-C interface and supports the UVC protocol. You can simply plug it into devices like computers or monitors to use it, without complicated debugging.

Q3: Can this module be used in narrow body cavities?

A3: Absolutely. Its lens diameter is only 0.9mm, which is ultra-miniature. It can easily enter narrow spaces such as the digestive tract, trachea, and urinary tract to meet the needs of minimally invasive examinations.

Q4: How well does the module perform in low-light environments inside the body?

A4: It works well. The pixel size of the module is 1.008μm x 1.008μm, which enhances light-sensing ability. Even in dark internal body environments, it can capture clear and true-color images.

Q5: Can I adjust the focus of the module according to my needs?

A5: Yes. It adopts a manual focusing design. You can precisely adjust the focus to clearly observe specific areas of interest during examinations or treatments.