
Wide Compatibility
Wide compatibility:Ureteroscope, Bronchoscope, Hysteroscope, Arthroscope, Cystoscope, Laryngoscope, Choledochoscope
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Image Settings
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Brightness: 5 levels
WB
Multi-Interface
1280×800 Resolution Image Clarity
10.1" Medical Display,Resolution 1280×800,
Brightness 400+,High-definition


High-definition Touchscreen Physical Buttons
Ultra-responsive touch control
Comfortable viewing experience
Clear Visualization For Confident Diagnosis
HD digital signal with structural enhancement
and color enhancement
Multi-layer image processing ensures every detail is visible


Dual-screen Display For Clearer Details
Connect via DVI/HDMI to external monitors - Synchronized
display between 10.1" screen and large monitor
Adjustable Tilt Mechanism
Slim and lightweight for flexible angle adjustment,
Adapts to various working postures (standing/sitting).


Extended Operation Time
Built-in 9000mAh battery,4+ hours continuous operation
Portable Solution
Ideal for POC and ICU examinations - Provides
doctors with convenient and clear visualization

Comprehensive introduction to laryngoscope equipment
As the core tool for upper respiratory tract diagnosis and treatment, laryngoscope has evolved from a traditional mechanical instrument to a multifunctional system that integrates high-definition imaging, intelligent analysis, and minimally invasive treatment. The following is a comprehensive analysis from seven dimensions:
I. Equipment classification and technological evolution
Development history
Chart
Code
Modern laryngoscope types
| Type | Diameter | Core advantages | Typical application scenarios |
|--------------------|------------|--------------------------|---------------------|
| Rigid laryngoscope | 8-12mm | Large channel multi-instrument operation | Vocal cord polypectomy |
| Fiberoptic electronic laryngoscope | 3.4-6mm | Transnasal approach without anesthesia examination | Outpatient rapid screening |
| Lightning electronic laryngoscope | 5-8mm | Vocal cord vibration frequency analysis | Voice disorder assessment |
| Disposable laryngoscope | 4.2-5.5mm | Zero cross-infection risk | Examination of infectious patients |
II. Core components and technical parameters
Optical system
Resolution: 4K (3840×2160) to 8K (7680×4320)
Magnification: optical 30×, digital 200×
Special imaging: NBI, autofluorescence, infrared vascular imaging
Key performance indicators
Field of view: 70°-120°
Working distance: 30-50mm
Bending angle (soft mirror): 130° upward, 90° downward
III. Clinical application scenarios
Disease field Diagnostic application Therapeutic application
Laryngeal cancer NBI screening for early lesions Laser precision resection (CO₂/holmium laser)
Vocal cord lesions Stroboscopic vibration analysis Microsuturing repair
Airway obstruction Three-dimensional reconstruction of stenosis Plasma ablation shaping
Laryngeal reflux pH value dynamic monitoring Radiofrequency sphincter tightening
IV. Comparison of surgical systems
Charts
Code
System type Representative model Technical highlights
Conventional electronic laryngoscope Olympus ENF-V3 Ultra-thin 3.4mm diameter, NBI early cancer identification
Laser laryngoscope Storz C-MAC integrated 532nm/1064nm dual-wavelength laser
Robotic laryngoscope da Vinci SP 7-DOF mechanical arm precise operation
Mixed reality laryngoscope Medtronic VIS holographic projection navigation + AI boundary marking
V. Operation specifications and innovative technologies
Frontier technology
AI real-time analysis: automatic identification of cancerous areas (sensitivity 96%)
3D printing guide: personalized vocal cord repair stent
Nano spray drug delivery: targeted treatment of laryngeal inflammation
VI. Complication prevention and control
Bleeding management
Bipolar electrocoagulation (temperature <80℃)
Hemostatic material: fibrin glue/oxidized cellulose
Airway protection
Laser safety power: CO₂ laser <6W (pulse mode)
Real =Oxygen concentration monitoring (FiO₂<40%)
Neural monitoring
Recurrent laryngeal nerve detection system (threshold 0.05mA)
EMG electromyography monitoring during surgery
VII. Industry trends and prospects
Clinical value
Improved diagnostic efficiency: early laryngeal cancer detection rate↑60%
Improved surgical accuracy: vocal cord surgery error<0.3mm
Function retention rate: pronunciation function recovery reaches 92%
Market data
Global market size: $780 million (2023)
Annual growth rate: 9.1% (CAGR 2023-2030)
Future Direction
Swallowable Micro Laryngoscope
Metaverse Surgery Training System
Molecular Imaging Navigation Tumor Resection
Typical Case: 4K Fluorescent Laryngoscope Increases Negative Surgical Margin Rate of Laryngeal Cancer from 82% to 98% (Data Source: JAMA Otolaryngol 2023)
Modern laryngoscope technology is driving laryngology into the era of sub-millimeter precision diagnosis and treatment. Its development presents three major characteristics: intelligence, minimally invasive, and multifunctional integration. In the future, digital management of the entire process from diagnosis to rehabilitation will be realized.
Faq
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Will laryngoscopy be uncomfortable?
Surface anesthesia will be performed before the examination, and most patients only feel slight nausea. With the help of the doctor's breathing guidance, the examination can be completed in 3-5 minutes.
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What throat diseases can be detected by laryngoscope?
It can clearly observe vocal cord polyps, early lesions of laryngeal cancer, reflux pharyngitis, etc., and with narrowband imaging technology, it can improve the detection rate of small lesions.
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Can children undergo laryngoscopy examination?
Ultra fine diameter laryngoscope can be used, and the examination should be performed by experienced doctors. If necessary, it should be done under sedation to ensure safety.
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What are the risks of incomplete disinfection of laryngoscopes?
It may lead to cross infection of the throat, and strict implementation of one person, one mirror, one disinfection is necessary. Low temperature plasma sterilization is used to ensure sterility.
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