Gastrointestinal medical endoscope desktop host

The desktop host of gastrointestinal endoscope is the core control unit of the digestive endoscopy diagnosis and treatment system. It integrates image processing, light source management, data storage and surgical assistance, and provides full support for flexible endoscopy examinations and treatments such as gastroscopy and colonoscopy. The following is a comprehensive analysis from four dimensions: advantages, functions, effects and characteristics.

1. The core advantages of the desktop host of gastrointestinal endoscope

1. High-definition imaging and precise diagnosis

4K/8K ultra-high-definition display: The resolution reaches 3840×2160 (4K) or 7680×4320 (8K), which can clearly observe the fine structure of the mucosa (such as the morphology of gastric pits) and improve the detection rate of early gastric cancer and esophageal cancer.

Multispectral imaging technology (NBI/BLI/LCI):

NBI (narrow band imaging): 415nm/540nm dual-band enhanced vascular contrast, and the early cancer detection rate is increased by 30%.

BLI (blue laser imaging): Fuji patented technology, improves the ability to identify superficial lesions.

LCI (Linked Imaging): Optimize color contrast and improve diagnostic consistency of inflammatory bowel disease (IBD).

2. Intelligent AI-assisted diagnosis

Real-time AI lesion recognition (such as CADe/CADx system):

Automatically mark polyps and early cancer lesions (accuracy>95%).

AI-assisted classification (such as Paris classification, JNET classification) reduces missed diagnosis rate.

Intelligent report generation: Automatically generate structured reports in accordance with DICOM 3.0 standard to improve medical record management efficiency.

3. Modular design with strong scalability

Compatible with a variety of endoscopes (gastroscopes, colonoscopes, duodenoscopes) and treatment accessories (such as EMR/ESD instruments).

Support future upgrades (such as fluorescence imaging, OCT modules).

4. Efficient surgical support

Integrated high-frequency electrosurgical unit, argon gas knife (APC), and water injection system to reduce equipment switching time.

Intelligent gas/water injection: Controllable pressure (20~80mmHg) to reduce the risk of perforation.

5. Telemedicine and teaching applications

5G/Gigabit networks support 4K live broadcasting, and experts can conduct remote consultations or guide surgeries.

VR teaching systems (such as GI Mentor) are used for physician training to shorten the learning curve.

2. Core functions

Function categories Specific functions

Imaging functions 4K/8K ultra-high definition, NBI/BLI/LCI multi-mode, HDR wide dynamic range, optical/electronic magnification (80~150 times)

AI assistance Polyp identification, bleeding risk assessment, lesion classification (Paris classification/JNET classification), automatic report generation

Treatment support High-frequency electrosurgical resection (EndoCut), argon gas knife (APC), submucosal injection (such as glycerol fructose), hemostatic clip release

Data management DICOM 3.0 standard storage, PACS system docking, case database management, surgical video playback analysis

Remote collaboration 5G/fiber real-time transmission, cloud consultation, AI quality control (such as blind spot reminder)

Safety control Automatic brightness adjustment, pressure feedback water injection, electromagnetic compatibility (EMC) certification, low radiation design

3. Main functions

1. Improve the diagnosis rate of early cancer

NBI+ magnifying endoscope can identify early gastric cancer of type IIb <5mm, and the detection rate is increased to more than 90% (traditional white light endoscope is only 70%).

AI helps reduce human misdiagnosis (such as flat lesions).

2. Optimize endoscopic surgery process

ESD/EMR surgery: integrated electrosurgical unit and water injection system, shortening surgery time by 30%.

Hemostasis treatment: combined with Hemospray (hemostatic powder) + titanium clip, the immediate hemostasis success rate is >95%.

3. Promote telemedicine and standardized training

Grade-roots hospitals can obtain expert guidance from tertiary hospitals through 5G+AI quality control.

VR simulation training (such as virtual ESD surgery) improves the proficiency of novice doctors.

4. Scientific research and case management

Support multi-center research, case data cloud sharing (compliant with HIPAA/GDPR).

AI big data analysis (such as tumor growth pattern prediction).

4. Product Features Comparison (Mainstream Brands)

Brand/Model Resolution AI Function Featured Technology Price Range

Olympus EVIS X1 8K CADe/CADx (polyp classification) Dual-focus optics, near-infrared imaging $120,000+

Fuji ELUXEO 7000 4K LCI/BLI (color optimization) Laser light source, low-noise CMOS $90,000~150k

Pentax i7000 4K Real-time 3D reconstruction Ultra-thin lens (Φ9.2mm) $70,000~100k

Domestic Kaili HD-550 4K 5G remote consultation Domestic CMOS, high cost performance $40,000~60k

5. Future development trends

AI deep integration: from diagnostic assistance to surgical navigation (such as automatic ESD path planning).

Molecular imaging endoscopy: targeted fluorescent probes (such as anti-EGFR-IR800) to achieve accurate tumor marking.

Wireless/portable: modular design, the host volume is reduced by 50%, supporting mobile diagnosis and treatment.

Cloud collaboration: edge computing + blockchain technology to ensure the safe sharing of medical data.

Summary

The desktop host of gastrointestinal endoscopy has become the core equipment for digestive endoscopy diagnosis and treatment with its advantages of high-definition imaging, AI intelligence, modular design, and telemedicine. Comprehensive considerations should be made when choosing:

Clinical needs (early cancer screening/complex surgery)

Scalability (whether it supports AI upgrades, fluorescent modules)

Cost-effectiveness (domestic vs. imported)

It is expected that in the next five years, with the popularization of AI and 5G technologies, the host of gastrointestinal endoscopy will further develop towards intelligence, precision, and cloud computing, and promote the diagnosis and treatment of digestive diseases into a new stage.