The 4K fluorescence endoscope camera system achieves five core features: clarity, accuracy, speed, stability, and intelligence. It adopts an imaging solution that integrates 4K and fluorescence technology, with dual-channel 4K ultra-high-definition imaging and extremely precise fluorescence navigation.
Introducing the IKEDA 9221 4K Fluorescence Endoscopy Tower, a groundbreaking advancement in endoscopic imaging. Equipped with a backside-illuminated CMOS sensor that delivers a 30% SNR boost over its previous generation, this system ensures unmatched clarity and precision. The tower's 4K resolution of 3840 x 2160 pixels offers ultra-detailed visuals for surgeons, while its IPX8 protection supports both immersion disinfection and advanced sterilization methods like ethylene/plasma.
With 26Gbps ultra-high-speed data transfer, the system guarantees real-time imaging with minimal latency. Its dual-sensor fluorescence technology allows for enhanced contrast in complex surgical procedures, and the adaptive auto-exposure keeps images bright and stable throughout. The optional autofocus camera ensures instant clarity with snap focus within 0.5 seconds, making it an indispensable tool for modern surgeries.
4K Fluorescence Endoscope Camera System
• Pre-set surgical scenarios with one-touch switching
• Built-in 4K video storage
• One-touch full-screen/split-screen toggle
• 7-inch smart LCD touchscreen
Fluorescence Light Source
• 20-level brightness adjustment One-touch fluorescence/white mode toggle & sleep mode
• Service life ≥30,000 hours
• Color temperature range: 3,000-7,000K
• 7-inch smart LCD touchscreen
4K Fluorescence Camera
• One-touch white balance:AWB button for automatic white balance calibration
• Multifunction button:Customizable button functions per surgeon preference
• Four display modes:White light, Fluorescence, Fusion, Grayscale gradient
• IPX8 waterproof/Ergonomic design
4K Fluorescence Laparoscope
• Ultra-high resolution compatible with 4K imaging systems
• Autoclavable & plasma sterilization compatible
• Full medical-grade stainless steel endoscope body
• Sapphire protective window with scratch-resistant coating
4K Medical Monitor
• 3840x2160 ultra-high-definition image output, showing richer textures and more accurate tissue identification
• 3840x2160 pixel image output, showing richer texture, more accurate tissue identification
• Wider color gamut, truly restore the color of organs and tissues, and locate blood vessels, lymph nodes and nerves faster
4K Ultra-HD with Exquisite Image Quality
With 4K UHD resolution (3840×2160), the system provides clearer observation of microvasculature and pathological tissue contours, enabling better differentiation of tissue boundaries (e.g., fat, nerves, and vascular junctions).
Breakthroughs in fluorescence technology significantly improve detection sensitivity and imaging stability, enabling more accurate navigation.
4K + Fluorescence Imaging, Switch Freely Between 4 Imaging Modes
Clinical Departments for ICG Application
Thoracic Surgery
•Positive Dye Marking for Pulmonary Segmentectomy •Negative Dye Marking for Pulmonary Segmentectomy •Fluorescence Imaging of Small Pulmonary Nodules Blood
•Supply Assessment of Gastric Conduit Lymphatic Mapping in Esophageal Cancer
Gastrointestinal Surgery
•Blood Supply Assessment in Colorectal Surgery Lymph •Node Mapping in Rectal Cancer Surgery Lymphatic •Imaging in Gastric Cancer Surgery Tumor Localization in •Early Gastric Cancer Surgery
Gynecology
•Pelvic Lymph Node Dissection for Endometrial Cancer •Inguinal Lymph Node Dissection in Vulvar Cancer Pelvic •Lymph Node Dissection for Cervical Cancer Ureteral Imaging
Urology
•Retroperitoneal Lymph Node Dissection (RPLND) for Testicular Cancer
•Sentinel Lymph Node Biopsy (SLNB) and Inguinal Lymph Node Dissection in Penile Cancer
•Bilateral Inguinal, Vascular, and Obturator Nerve Lymph Node Dissection
•Tumor Margin Identification in Partial Nephrectomy •Lymph Node Dissection in Bladder/Prostate Cancer
Gastrointestinal Surgery
•Demarcation of Right/Left Hemiliver Boundaries
•Intraoperative Tumor Margin Delineation
•Post-hepatectomy Bile Leakage Detection
•Preliminary Assessment of Hepatocellular Carcinoma Differentiation
•Detection of Residual Tumor/Microlesions at Hepatic Resection Margins
•Ultrasound-Guided Portal Vein ICG Fluorescence Imaging for Hepatic Segment Delineation
•Evaluation of Vascular Patency and Graft Function Post-liver Transplantation
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