Industrial Inspection Brigates ES101 Sensor USB Separated Endoscope Camera Module

Industrial Inspection Brigates ES101 Sensor USB Separated Endoscope Camera Module

Product Description:

This is an industrial inspection Brigates ES101 Sensor USB Separated Endoscope Camera Module, a professional micro imaging solution integrated with high-performance image sensing technology. Equipped with Brigates ES101 CMOS color image sensor, it features 1MP pixels and 1000x1000 high-definition resolution, capable of stably outputting two types of high-frame-rate images: 1000x1000@60FPS and 1000x800@75FPS. The sensor size is 1/9 inch, with a pixel size of 1.4μm×1.4μm, and the output format supports 10bit/8bit RAW, reserving sufficient space for post-image processing. The product adopts a manual focus design, paired with a 140° ultra-large field of view, and the bare module lens diameter is only 3.1mm, which can easily adapt to the observation needs of narrow spaces. It also integrates 6 white LED lights to provide uniform and stable fill light effect. In terms of structure and compatibility, the module adopts a Separated design, connects to the DSP board through a Type-C interface supporting MIPI 1Lane rate, and then outputs data through the Type-C interface, compatible with USB2.0 rate and UVC protocol, and adaptable to various terminal devices. The production process adopts SMT technology and AA process to ensure the consistency and stability of mass-produced products, and has passed multiple international testing and certifications such as CE, FCC, RoHS, and Reach, meeting the market access standards of many places around the world.

Features:

1. High-Frame-Rate Dynamic Capture Capability: 60FPS and 75FPS output can accurately freeze fast-moving targets, completely eliminating motion artifacts in scenarios such as heartbeats, respiratory movements, or rapid instrument manipulation, providing a frame-by-frame analysis foundation for dynamic diagnosis.
2. Professional-Grade Image Data Quality: The 1MP square aspect ratio provides a larger effective photosensitive area compared to traditional 720p solutions. Combined with 10-bit RAW output preserving 1024 levels of color depth, it delivers high-fidelity raw data for computer-aided diagnosis and AI algorithm processing.
3. Miniaturized Integrated Optical Design: The 3.1mm diameter lens integrates the sensor with 6 LED light sources, eliminating the need for external light guides and significantly reducing probe invasiveness. The 140° wide-angle field of view enables panoramic observation with a single insertion, shortening procedure and inspection times.
4. Flexible Separated System Architecture: The Separated design of the probe and DSP board supports hot-swappable sterile tip replacement, lowering single-use costs. The unified Type-C interface simplifies cabling and power supply, is compatible with multi-platform terminal devices, and facilitates rapid integration.
5. Medical-Grade Manufacturing and Compliance: The AA (Active Alignment) process ensures micron-level concentricity between the sensor and lens, maximizing edge image quality consistency. SMT technology and international certifications ensure batch production stability and regulatory compliance.

Technical Parameters:

Applications:

• Hysteroscopes: Its miniature probe and high-frame-rate characteristics make it highly suitable for hysteroscopic examinations and surgeries. It enables clear and smooth observation of subtle endometrial morphology, polyps, or adhesions, assisting doctors in accurate diagnosis and precise endoscopic procedures.
• Laparoscopes: Can be integrated into laparoscopic instruments. In minimally invasive surgeries such as cholecystectomy or appendectomy, it provides a broad and fluid real-time view of the abdominal cavity, helping surgeons clearly observe tissue anatomy and instrument movement.
• Industrial Pipe Endoscopes: Deployed on industrial endoscopes or crawling robots for detecting corrosion, cracks, or weld defects inside pipes in the energy, chemical, and other sectors. The high frame rate effectively captures defect details in fluid environments or during scanning movements, while the 140° wide angle reduces inspection blind spots.
• Electronic Nasopharyngolaryngoscopes: Its miniature size facilitates entry into the nasal cavity and throat. The high-brightness LEDs provide ample illumination, and high-frame-rate imaging clearly displays dynamic details such as vocal cord vibrations and mucosal morphology, making it suitable for routine examinations and diagnosis in otolaryngology.

Customized Process:

1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.

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