multifunctional medical endoscope desktop host

The multifunctional endoscope desktop host is an integrated, high-precision medical device mainly used for minimally invasive surgery, diagnostic examinations and treatment operations. The following is a comprehensive introduction from multiple dimensions:

1. Core functions

High-definition imaging

Equipped with 4K/8K ultra-high-definition cameras, optical zoom lenses and intelligent image processing chips, it supports real-time image acquisition, magnification and detail enhancement, and can present high-contrast, low-noise tissue images.

Multispectral imaging

Some high-end models support fluorescence imaging (such as ICG fluorescence navigation), narrow-band light imaging (NBI) or infrared imaging to help identify tumor boundaries, vascular distribution, etc.

Intelligent assistance

Integrated AI algorithms can automatically mark lesion areas (such as early canceration), measure lesion size, and provide surgical path planning suggestions.

2. System composition

Host unit

Includes image processor, light source system (LED or xenon lamp), pneumoperitoneum machine (for laparoscopy), flushing pump (such as urology) and other modules, some of which support modular expansion.

Display and interaction

Equipped with a medical display of 27 inches or more, supporting touch or voice command input, and some models are compatible with 3D/VR display.

Endoscope compatibility

Can be connected to hard endoscopes (such as laparoscopes, arthroscopy) and soft endoscopes (such as gastroenteroscopes, bronchoscopes) to meet the needs of different departments.

3. Clinical application scenarios

Surgery

General surgery/hepatobiliary surgery: cholecystectomy, liver tumor resection

Urology: prostate electroresection, kidney stone lithotripsy

Gynecology: uterine fibroid removal, hysteroscopy

Diagnosis field

Gastroenterology: early cancer screening (ESD/EMR), polypectomy

Respiratory department: bronchial biopsy, alveolar lavage

Emergency and ICU

Used in emergency scenarios such as airway management and trauma exploration.

4. Technical advantages

Integrated design

Integrate light source, camera, pneumoperitoneum, electrosurgery (such as electrocoagulation/electroresection) and other functions to reduce intraoperative device switching.

Low-latency transmission

Adopt optical fiber or 5G wireless transmission, with a delay of less than 0.1 seconds, ensuring real-time operation.

Infection control

Supports high-temperature and high-pressure sterilization or disposable sterile sheath design, in line with infection prevention and control standards (such as FDA/CE certification).

5. High-end model features

Dual-scope joint system

Allows simultaneous access to two endoscopes (such as laparoscope + ultrasound endoscope) to achieve multimodal imaging.

Remote collaboration

Supports 5G remote consultation, and the surgeon can share images and annotate guidance in real time.

Force feedback robotic arm

Equipped with a robot-assisted system to improve operation accuracy (such as Da Vinci system compatible models).

6. Mainstream brands and models in the market

Olympus: EVIS X1 series (gastroenteroscopy), VISERA 4K UHD

Stryker: 1688 4K imaging system (orthopedics/laparoscopy)

Karl Storz: IMAGE1 S 4K (fluorescence navigation)

Domestic alternatives: Mindray Medical, Kaili Medical HD-550 and other models.

7. Procurement and maintenance considerations

Cost

Imported host is about 1-3 million yuan, domestic models are about 500,000-1.5 million yuan, and consumables (such as light source life) and maintenance costs need to be evaluated.

Training support

Suppliers are required to provide operation training (such as the use of AI tools) and simulation training modules.

Upgrade capability

Whether it supports online software updates or hardware expansion (such as future compatibility with 5G modules).

8. Development trend

Deep integration of AI

Development from auxiliary diagnosis to automated surgical planning (such as automatic avoidance of blood vessels and nerves).

Miniaturization and portability

Introducing a small desktop host to adapt to grassroots hospitals or field medical scenarios.

Multidisciplinary integration

Combining ultrasound, radiofrequency ablation and other technologies to achieve a one-stop "diagnosis-treatment" operation.

Summary

The multifunctional endoscope desktop host is developing in the direction of intelligence, precision and multidisciplinary collaboration. Its technological innovation has significantly improved the safety and efficiency of minimally invasive surgery, especially in early diagnosis of tumors and complex operations. When choosing, it is necessary to combine the department's needs, technical scalability and cost-effectiveness for comprehensive evaluation.