
BESDATA - Model MIP1002 - Medical Image Processor with Monitor
The BESDATA MIP1002 Medical Image Processor with Monitor is engineered to enhance endoscopic imaging for medical procedures such as hysteroscopy, ureteroscopy, and cystoscopy. This device features a 10.1-inch TFT LCD screen with a resolution of 1280x800 pixels, ensuring clear visualization critical for precise diagnostics and treatment planning. It includes multiple input and output interfaces like AV, HDMI, SDI, DVI, and USB 3.0 for seamless integration with hospital equipment. A 10/14-pin LEMO plug supports connectivity with BESDATA’s range of endoscopes. The processor streamlines the management of medical records by enabling storage of patient images and videos on a 32G SD card, enhancing data integrity and accessibility. This capability supports intraoperative collaboration, postoperative analysis, and educational purposes, thereby promoting effective teamwork among healthcare professionals.
BESDATA Medical image Processor with monitor An advanced solution designed to optimize endoscopic imaging for a range of procedures, including hysteroscopy, ureteroscopy, cystoscopy, and more. With a resolution of 1280x800 pixels, the 10.1-inch TFT LCD screen's superior clarity ensures that medical professionals obtain clear images that play a key role in accurate diagnosis and precise treatment planning. Diverse input and output interfaces enable image transfer from a variety of endoscopes and displays, coupled with a user-friendly image storage system, to enhance intraoperative collaboration among medical teams, facilitate postoperative analysis, and support educational purposes.
- 1280x800 high resolution for clear image display
- 10/14-pin LEMO input interface, compatible with BESDATA's endoscope system
- AV, HDMI, SDI, DVl, USB 3.0 output interfaces to connect to existing hospital display devices
- Intuitive user control buttons to easily take pictures and create medical records, adjust brightness and color level
- Interchangeable 32G SD card for easy storage and access to patient image data