Medical Hysteroscopy Equipment

Hysteroscopy, as the "gold standard" for minimally invasive gynecological diagnosis and treatment, e

Strong Compatibility

Compatible with Gastrointestinal Endoscopes, Urological Endoscopes, Bronchoscopes, Hysteroscopes,Arthroscopes, Cystoscopes, Laryngoscopes, Choledochoscopes, Strong Compatibility.
Capture
Freeze
Zoom In/Out
Image Settings
REC
Brightness: 5 levels
WB
Multi-Interface

1920*1200 Pixel Resolution Image Clarity

with Detailed Vascular Visualization for Real-Time Diagnosis

360-Degree Blind Spot-Free Rotation

Flexible 360-degree lateral rotation
Eliminates visual blind spots effectively

Dual LED Lighting

5 adjustable brightness levels, Brightest at Level 5
gradually dimming to OFF

Brightest at Level 5

Brightness: 5 levels
OFF
Level 1
Level 2
Level 6
Level 4
Level 5

Manual 5x Image Magnification

Enhances detail detection
for exceptional results

Photo/Video Operation One-touch control

Capture via host unit buttons or
handpiece shutter control

IP67-Rated High-definition waterproof lens

Sealed with special materials
for water, oil, and corrosion resistance

Hysteroscopy, as the "gold standard" for minimally invasive gynecological diagnosis and treatment, enables visual diagnosis and precise treatment of the intrauterine environment through natural cavities. The following is a comprehensive analysis of modern hysteroscopy technology from seven dimensions:

I. Core technology and equipment composition

Imaging system

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

Optical zoom (3-50 times continuous magnification)

NBI narrow-band imaging technology (enhanced vascular display)

Energy system

Bipolar electrosurgical resection (safety threshold <200W)

Holmium laser (wavelength 2100nm)

Radiofrequency ablation (controllable temperature 42-70℃)

II. Clinical application matrix

Disease field Diagnostic value Treatment breakthrough

Abnormal uterine bleeding Positioning bleeding focus (sensitivity 98%) Endometrial resection/ablation

Infertility Assessment of fallopian tube opening status Intrauterine adhesion decomposition (success rate 85%)

Uterine malformation Three-dimensional reconstruction of uterine cavity morphology Septum resection (postoperative pregnancy rate ↑40%)

Intrauterine foreign body Accurate positioning of residual tissue Embryo removal (retaining reproductive function)

III. Comparison of innovative equipment

Charts

Codes

IV. Optimization of surgical procedures

Preoperative preparation

3-7 days after menstruation

Cervical pretreatment (misoprostol 400μg)

Uterine distention pressure control (80-100mmHg)

V. Complication prevention and control system

Fluid overload

Real-time monitoring: liquid difference <1000ml

Uterine distention medium: saline (conductive) vs. Glucose (non-conductive)

Uterine perforation

Navigation warning system (accuracy 0.5mm)

Intraoperative ultrasound monitoring

VI. Cutting-edge technology breakthroughs

AI-assisted diagnosis

Automatic identification of endometrial lesions (accuracy 92%)

Bleeding risk prediction model (AUC=0.89)

New equipment

3D printing personalized mirror sheath

Self-expanding uterine cavity stent

Nanorobot targeted drug delivery

VII. Summary of clinical value

Modern hysteroscopy achieves:

Improved diagnostic accuracy: Early detection rate of endometrial cancer ↑60%

Reduced treatment trauma: 90% of surgeries are "day-to-day"

Protecting reproductive function: Pregnancy rate after adhesion lysis ↑35%

In the future, it will develop in the direction of intelligence, miniaturization, and integrated treatment, and it is expected to achieve the following within 5 years:

Outpatient hysteroscopy without anesthesia

Autologous cell regeneration and repair

Metaverse surgery teaching platform

Key data: The global hysteroscopy market size will reach $1.28 billion in 2023, with an annual growth rate of 8.7%

Faq

Does hysteroscopy require anesthesia?

Generally, there is no need for general anesthesia. Local anesthesia or intravenous analgesia can be used. The examination time is short, the patient has good tolerance, and postoperative observation takes 1-2 hours before leaving the hospital.
What gynecological diseases can hysteroscopy treat?

Suitable for the diagnosis and treatment of endometrial polyps, submucosal fibroids, intrauterine adhesions, etc. When combined with an electric cutting system, minimally invasive surgery can be performed to preserve fertility function.
What is the best time for hysteroscopy examination?

It is recommended to do it 3-7 days after the menstrual cycle is clean. At this time, the endometrium is thinner and the field of view is clearer, which can improve the accuracy of the examination and the safety of the surgery.
What should be noted after hysteroscopy surgery?

Two weeks after surgery, it is forbidden to take baths or engage in sexual activity, and vigorous exercise should be avoided. If there is fever, persistent abdominal pain, or abnormal bleeding, timely follow-up should be sought.