MAIYIS provides OH01A10 endoscope camera modules featuring HDR high dynamic range imaging and advanced low-light performance. Designed for precision medical procedures and smart imaging systems, it delivers stable ultra-HD visualization in complex surgical and inspection environments. The chip in our OH01A10 module has built-in HDR and performs well in super low light conditions. Delivers clear imaging in smart home devices during nighttime or low-light scenarios.
The OH01A10 endoscope camera module is a high-performance miniature imaging solution designed for advanced medical endoscopy and precision visualization systems. It integrates a 4K HDR-capable image sensor with ultra-low-light optimization, enabling clear imaging even in extremely dark or high-contrast environments.
With a compact 3.9mm lens design and 4-LED illumination system, the OH01A10 module is widely used in minimally invasive surgery, biopsy procedures, tumor resection support systems, and smart medical imaging devices. Its sealed and sterilization-compatible structure ensures safe and reliable operation in clinical environments.
Minimally invasive surgery
Tumor biopsy procedures
Gastrointestinal endoscopy
ENT surgical systems
Precision diagnostic imaging
AI-assisted surgical platforms
Real-time diagnostic systems
Digital operating rooms
Medical imaging analysis systems
Deep tissue visualization
High-precision lesion detection
Emergency surgical support systems
Enhanced Surgical Precision
Surgeons utilize the module for micro-scale visualization during endoscopies. Its 4K resolution reveals tissue details critical for biopsies and tumor removals.
Infection Control
The sealed, autoclavable design prevents cross-contamination. Compatibility with disposable sheaths adds layers of safety in sterile environments.
Rapid Treatment Planning
Real-time image streaming allows immediate decision-making. Integration with EHR systems accelerates diagnosis and personalized treatment workflows.
Provides ultra-high-definition imaging for precision surgical operations and diagnostic workflows.
120dB HDR technology ensures balanced exposure in both bright and dark areas, improving diagnostic accuracy in complex surgical environments.
IR/UV support for diagnostic versatility.
AI real-time lesion tagging capability.
ROS/RTOS development compatibility.
Liquid-proof design for rigorous environments.
Advanced sensor architecture enables clear imaging even in extremely dark medical or internal environments.
Supports AI-assisted image processing, lesion detection, and integration with modern surgical systems.
Supports sealed structure and disposable sheath integration for infection control in medical environments.
