Hysteroscope Processor Generation 2

Video Processor (Generation 2) is a specialized imaging control unit designed for endoscopic procedures in urology, gastroenterology, and pulmonology. It processes and displays high-definition video signals from endoscopic cameras, enabling real-time visualization during minimally invasive diagnostic and therapeutic procedures. The device integrates with single-use and reusable endoscopes to support ERCP, ESD, EMR, and urological interventions.

An integrated system combining a monitor and processor for second-generation hysteroscopes, designed for gynecological endoscopy applications. This combination unit provides both visualization and processing capabilities for hysteroscopic procedures.

Second generation straight tube hysteroscope for direct visualization and inspection of the uterine cavity during gynecological procedures. Enables diagnostic and operative hysteroscopy with improved optical clarity and ergonomic design for enhanced clinical access.

Signal processing and display unit for electronic endoscope systems, converting imaging data to high-definition output for real-time visualization during otolaryngological procedures.

Processing unit for digital endoscopy systems that handles image capture, display, and output functions. Interfaces with endoscope cameras to provide real-time visualization and recording capabilities for clinical procedures.

Processing and imaging system designed to support endoscopic procedures. Provides signal processing and image management for endoscopic visualization devices.

Patented medical device designed for diagnostic and operative hysteroscopy procedures. The system is engineered to enhance clinical precision and patient safety during intrauterine examinations and interventions.

Control and processing unit for endoscopic imaging systems and camera modules. Manages video output, image enhancement, and system operation for endoscopic procedures.

Disposable endoscopes with integrated image processor for minimally invasive visualization in laparoscopic, urological, and gynecological procedures. Single-use design eliminates reprocessing requirements and cross-contamination risks. Provides real-time high-definition imaging for diagnostic and therapeutic endoscopic applications.

Electronic endoscope imaging processor and single-use digital flexible ureteroscope system for urological examination, diagnosis, and minimally invasive treatment of urinary tract diseases. The integrated processor provides real-time imaging visualization while the flexible ureteroscope enables instrument access and irrigation/suction capabilities during endoscopic procedures.

Electronic image processor designed for endoscopic visualization and signal processing. Integrates with endoscope systems to capture, process, and display high-resolution images for diagnostic and therapeutic procedures. Supports real-time image enhancement and compatibility with standard endoscope interfaces.