Medical ENT endoscope equipment

The ENT endoscope system is the core diagnostic and treatment tool for otolaryngology and head and n

Wide Compatibility

Wide compatibility:Ureteroscope, Bronchoscope, Hysteroscope, Arthroscope, Cystoscope, Laryngoscope, Choledochoscope
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Image Settings
REC
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

Cart-mountable

4 mounting holes on rear panel for secure cart installation

The ENT endoscope system is the core diagnostic and treatment tool for otolaryngology and head and neck surgery, achieving precise diagnosis and treatment through minimally invasive, high-definition, and multifunctional integrated technologies. The following is a comprehensive analysis from seven dimensions:

1. Equipment system composition

Core components

Optical system:

4K ultra-high-definition imaging (≥3840×2160 resolution)

3D stereoscopic vision (binocular system)

Narrow-band imaging (NBI, wavelength 415nm/540nm)

Scope type:

Functional module:

Working channel (diameter 1.2-3mm)

Dual irrigation and suction system

Electric cutter (speed 500-15000rpm)

Auxiliary equipment

Electromagnetic navigation system (accuracy 0.8mm)

CO₂ laser (wavelength 10.6μm)

Low-temperature plasma system (40-70℃)

2. Clinical application matrix

Anatomical site Diagnostic application Therapeutic application

Nose Sinusitis classification

Nasal polyp assessment FESS sinus opening

Nasal septum shaping

Laryngeal Vocal cord paralysis assessment

OSAHS positioning Adenoidectomy

Laser surgery for laryngeal cancer

Ear Tympanic membrane perforation measurement

Cholesteatoma screening Tympanoplasty

Artificial ossicular implantation

Head and neck Hypopharyngeal cancer staging

Thyroid nodule biopsy Pyriformis fistula removal

Thyroglossal duct cyst removal

III. Comparison of mainstream equipment parameters

Chart

Code

Equipment type Outer diameter range Advantages Representative models

Sinus endoscope 2.7-4mm Full set of sinus exploration Storz 4K 3D

Electronic laryngoscope 3.4-5.5mm Ultra-slow motion analysis of vocal cords Olympus EVIS X1

Otoscope 1.9-3mm Minimally invasive tympanic surgery Karl Storz HD

Plasma knife 3-5mm Bloodless tonsillectomy Medtronic Coblator

IV. Complication prevention and control system

Bleeding control

Bipolar electrocoagulation (temperature <100℃)

Absorbable hemostatic gauze (action time 48h)

Nerve protection

Facial nerve monitoring (threshold 0.1mA)

Recurrent laryngeal nerve identification system

Infection prevention

Antibacterial coating sheath (antibacterial rate >99%)

Low-temperature plasma sterilization (temperature <60℃)

V. Cutting-edge technological breakthroughs

Intelligent diagnosis and treatment system

AI lesion identification (accuracy 94%)

3D printed anatomical model navigation

New equipment

4K+ fluorescence dual-mode endoscope

Magnetic capsule laryngoscope

Robot-assisted parapharyngeal space surgery

Material innovation

Self-cleaning mirror coating (contact angle >150°)

Shape Memory alloy guide sheath

VI. Clinical value and trends

Core advantages

Improved diagnostic accuracy: Early laryngeal cancer detection rate ↑50%

Reduced surgical trauma: Bleeding volume <50ml (300ml for traditional surgery)

Function retention rate: Voice recovery after vocal cord surgery reaches 90%

Market data

Global ENT equipment market size: $1.86 billion (2023)

Annual growth rate: 7.2% (2023-2030)

Future direction

5G remote surgical collaboration

Molecular imaging navigation

Wearable laryngeal function monitoring

Typical case: 4K nasal endoscope system shortens the surgical time of chronic sinusitis from 120 minutes to 60 minutes, and reduces the recurrence rate by 40% (data source: AAO-HNS 2023)

Through the deep integration of technological innovation and clinical needs, modern ENT equipment is driving the development of otolaryngology towards precision, intelligence and minimally invasiveness.

Faq

What are the advantages of electronic medical ENT endoscope equipment over traditional mirrors?

Using high-definition electronic imaging, the image can be magnified dozens of times, which can clearly display small lesions in the nasal cavity and throat. The examination process is recorded synchronously for easy follow-up comparison.
Do I need special preparation before undergoing nasal endoscopy?

Before the examination, only nasal secretions need to be cleared without fasting. Surface anesthesia will alleviate discomfort, and the entire process can be completed in about 5-10 minutes.
What middle ear problems can be examined by otoscopy?

It can visually observe lesions such as tympanic membrane perforation, otitis media, cholesteatoma, etc., and with the help of a suction device, it can also perform simple treatments such as external ear canal earwax cleaning.
What should be paid attention to when disinfecting medical ENT endoscope equipment?

It is necessary to use a dedicated disinfection cabinet for sterilization, and the joints of the mirror body should be cleaned carefully to avoid residual disinfectant that may irritate the mucosa, ensuring that each person uses one disinfectant.