FLl-10B Surgical Fluorescence lmaging System
FL1-10B surgical fluorescence imaging system is a surgical guidance system that uses a drug-de-vice combination approach. it employs indocyanine green (lCG) as a fluorescence probe, relyingon "ultra-high sensitivity" and combining the optical properties of lcG in submillimeter-sizetumors to provide surgeons with high-definition visible light, fluorescence imaging, and quanti.tative data for diagnostic information during tumor surgery. lt is suitable for realtime observa.tion of tissues (such as tumor tissue, margin tissue), blood supply (free skin flap), lymph nodes(sentinel lymph nodes, regional lymph nodes), anatomical structures (liver segments, gallblad.der, lung segments), to make more accurate medical judgments, optimize surgical plans, evaluate treatment efficacy, and serve multiple clinical departments, such as oral and maxillofacialsurgery, plastic and reconstructive surgery for skin burns, thyroid surgery, breast surgery,pediatric surgery, and general surgery.
Product Parameters:
| Project |
Content |
| Number of Camera Chips |
2CMOS |
| Convenient Handheld Probe |
Handheld Spectral Quantitative Analysis Probe |
| Special Fluorescence Development |
AI Assisted Boundary Sharpening |
| Image Mode |
7 Types:
White Light/Fluorescence/Fusion/Multimode/ColorGrading/Quantification/Spectroscopy |
| Laser Wavelength |
785nm |
| Is There a Workstation Available |
Yes |
| Workstation Function |
Fluorescence Intensity &Spectral Quantitative Analysis |
| Fluorescence Detection Limit |
10-12M/L |
| Lens Zoom Factor |
4 Times |
| Camera Working Distance |
Recommended 10-25cm- |
| Focus Mode |
Electric Focus |
| White Balance Method |
Manual White Balance |
| Laser Grade |
3R |
| Is It an Integrated Model |
Yes |
Resolution of Recording and Broadcasting System
|
High Definition |
Software screenshot on the monitor Surface light source Handheld laser probe
Application:
Used in different surgical procedures with the fluorescent contrast agent indocyanine green (ICG), it displays the circulation of the lymphatic system and blood vessels, as well as the perfusion of related tissues through near-infrared fluorescence imaging technology.
Product advantages:
1.Suitable for open surgery.
2.Large field of view surface light source and unique handheld laser probe3. Ultra-high sensitivity (sensitivity: surface light source nmol/L, handheld laser probe pmol/L).
4. Dual quantitative analysis system.
Technical advantages:
1.Ultra-low fluorescence detection limit: Real-time diagnosis of millimeter-sized tumorsduring surgery, decreasing the fluorescencedetection limit from centimeter to sub-millime.ter, making real-time detection of residualcancer during surgery a reality.
2. Dual Quantitative Analysis Functions: ROlValue and Independent Spectral DigitizationQuantitative Function provides an objectivenumerical judgment information based onimaging diagnostic information.
3.Pesudo-color grading analysis system: 0bjec-tively presents the concentration gradient ofthe tracer in the target tissue.
Precision Oral and Maxillofacial Surgery
Used for real-time imaging during oral and facial tumor surgeries
Intraoperative tumor localization and margin assessment
Intraoperative assessment of blood supply to transplanted flaps
Intraoperative localization of sentinel lymph nodes
Intraoperative detection of positive lymph nodes (research)
Tumor localization Margin assessment
Blood supply assessment Research hotspot
Tumor localization
Real-time localization of tumor tissue during surgery, identifica-tion of small lesions
Margin assessment
Real-time assessment of safe margins, identification of positive margins, and guidance for quick sampling of suspicious margin tissues
Blood supply assessment
Assessment of flap anastomosis before and after transplantation surgery
Research hotspot
Real-time detection of positive lymph nodes during surgery,differences in fluorescence molecular metabolism dynamics between inflammatory and oral cancer lesions
Precision Thyroid and Breast Surgery
Used for real-time imaging during oral and facial tumor surgeries
Intraoperative tumor localization and margin assessment
Intraoperative assessment of blood supply to transplanted flaps
Intraoperative localization of sentinel lymph nodes
Intraoperative detection of positive lymph nodes (research)
Lymphatic mapping Tumor identification
Gland identification Margin assessment
Functional evaluation Blood supply evaluation
Lymphatic mapping
Real-time localization of sentinel lymph nodes and mapping of lymphatic drainage in the central region during surgery
Tumor identification
Imaging and localization of tumor tissue and microscopic lesions during breast-conserving surgery and thyroid cancer resection surgery
Gland identification
Assist the surgeon in effectively identifying the parathyroid gland,thereby effectively reducing damage to parathyroid function
Blood supply evaluation
Evaluation of anastomosis before and after modified radical mastectomy with skin flap transplantation, and evaluation of parathyroid function after thyroid cancer resection surgery
Precision Dermatology, Burns and Plastic Surgery
Used for real-time imaging during surgery for malignant melanoma and skin plastic surgery
Real-time positioning of sentinel lymph nodes during surgery
Evaluation of blood supply to transplanted skin flaps during surgery
Lower limb lymphatic mapping Upper limb lymphatic mapping
Lower limb lymphatic mapping Upper limb lymphatic mapping
Blood supply evaluation Blood supply evaluation
Precision General Surgery
Used for real-time imaging during liver, gallbladder,and gastrointestinal tumor surgeries
Real-time liver segment visualization for anatomical liver resection
Real-time localization of liver, kidney, and adrenal metastases and small metastatic lesions during surgery
Real-time evaluation of safe margins during surgery
Bile duct visualization for identification and anasto-mosis of bile ducts during surgery
Marking of sentinel lymph nodes and navigation of lymphatic drainage during surgery
Evaluation of residual blood flow and anastomotic blood flow during surgery
Exploration of peritoneal nodules during surgery
Liver segment staining Lymphatic tracing
Tumor identification Margin determination
Biliary tract staining Anastomotic evaluation
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