MDV Medical
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The 4K endoscopic fluorescence imaging system is a versatile medical solution designed to meet clinical needs for ultra-high-definition visualization. It functions as both a 4K white light endoscope system and a fluorescent imaging tool when combined with ICG fluorescent tracers. Features include one-click selection for color images, black and white fluorescent images, and multi-image modes.
The system supports specialized imaging modes for lymphatic systems, organs, and lesions. Equipped with a data workstation, it allows for quantitative analysis of color gamut and fluorescence intensity. This technology provides surgeons with real-time observation of blood flow, anatomical structures, and lymphatic drainage, significantly optimizing surgical planning and precision.
FL1-20B, FL1-20C, FL1-20D, FL1-20E
| Parameter Item | Specifications |
|---|---|
| Laser Source Pulse Width | N/A (Continuous Laser Emission) |
| Chip Structure | 4CMOS |
| Handle Function Keys | 4 Remote Control Buttons |
| Optical Adapter | Fixed Focus / Zoom |
| Monitor Size | 32 inches and above |
| Monitor Resolution | ≥3840×2160P / 4096×2160P |
| Pixels and Frame Rate | ≥8.29 million pixels, 60 FPS |
| Endoscope | 0° or 30° field of view, 5mm or 10mm |
P1: Independent dual light source | P2: Ultra HD Camera System | P3: Automatic insufflation system
P4: 4K recording system | P5: 4CMOS handheld camera | P6: Antireflective endoscope
Used with medical endoscopes and ICG fluorescence dye for real-time visible light and near-infrared fluorescence imaging in minimally invasive surgery.
Real-time liver cancer diagnosis, bile leakage identification, and liver segment marking.
Tumor localization, sentinel lymph node labeling, and blood supply evaluation.
Thoracic tumor diagnosis, lymph node tracing, and esophageal reconstruction evaluation.
Pelvic tumor tracing, real-time ureter identification, and metastasis exploration.
Our portfolio includes 131 core invention patents and 7 international US invention patents. We provide a full-chain solution including core CMOS modules, endoscopes, and fluorescent contrast agents.
