Surgical Fluorescence Lmaging System for Open Surgery

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Surgical Fluorescence Lmaging System for Open Surgery

Customization:	Available
Classification:	Physiological Functions of Diagnosis and Monitoring Equipment
Type:	Surgical Fluorescence Imaging System

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Product Description

Basic Specifications

CertificationCE, FDA, ISO13485

GroupAll People

Monitor Size27 Inches / 32 Inches

Display Resolution1920*1080P

OriginChina

HS Code9018903010

Product Description

The Surgical Fluorescence Imaging System is a cutting-edge surgical guidance system employing a drug-device combination approach. Using Indocyanine Green (ICG) as a fluorescence probe, it utilizes ultra-high sensitivity to detect submillimeter-sized tumors. This provides surgeons with high-definition visible light, fluorescence imaging, and quantitative data essential for precise diagnostic information during tumor surgery.

It is ideal for real-time observation of tissues (tumor and margin tissue), blood supply (free skin flaps), lymph nodes (sentinel and regional), and anatomical structures (liver, gallbladder, lung segments). It optimizes surgical plans across multiple departments including Oral and Maxillofacial, Plastic/Reconstructive, Thyroid, Breast, Pediatric, 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, etc.)
Laser Wavelength	785nm
Workstation Function	Fluorescence Intensity & Spectral Quantitative Analysis
Fluorescence Detection Limit	10-12M/L
Lens Zoom Factor	4 Times
Camera Working Distance	10-25cm
Focus Mode	Electric Focus
Laser Grade	3R
Recording System	High Definition

Software screenshot on the monitor

Surface light source

Handheld laser probe

Core Advantages

Technical Edge: Ultra-low fluorescence detection limit for real-time diagnosis of millimeter-sized tumors.
Dual Quantitative Analysis: ROI Value and Independent Spectral Digitization for objective numerical judgment.
Pseudo-color Grading: Visualizes tracer concentration gradients in target tissues.
Open Surgery Optimization: Features large field-of-view surface light and ultra-high sensitivity.

Clinical Applications

Oral and Maxillofacial Surgery

Tumor localization

Margin assessment

Thyroid and Breast Surgery

Lymphatic mapping

Tumor identification

Gland identification

Margin assessment

Dermatology, Burns and Plastic Surgery

Lower limb lymphatic mapping

Upper limb lymphatic mapping

General Surgery

Liver segment staining

Lymphatic tracing

Tumor identification

Margin determination

Frequently Asked Questions

1. What is the primary purpose of the Surgical Fluorescence Imaging System?

It is used as a surgical guidance system that employs ICG fluorescence probes to provide high-definition imaging for tumor localization, margin assessment, and blood supply evaluation in real-time.

2. Which medical departments can benefit from this system?

The system is versatile and serves oral and maxillofacial surgery, plastic surgery, thyroid and breast surgery, pediatric surgery, and general surgery.

3. What are the key imaging modes available?

The system offers 7 distinct modes: White Light, Fluorescence, Fusion, Multimode, Color Grading, Quantification, and Spectroscopy.

4. How sensitive is the fluorescence detection limit?

The system features ultra-high sensitivity, reaching 10-12M/L, which allows for the real-time detection of sub-millimeter residual cancer lesions during surgery.

5. Does the system provide quantitative data?

Yes, it includes a Dual Quantitative Analysis system that provides ROI values and independent spectral digitization for objective medical judgments.

6. Is the system suitable for open surgery?

Yes, it is specifically designed for open surgery, featuring a large field-of-view surface light source and a unique handheld laser probe.