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HD-133
Geiwre
Product Overview
The 13.3-inch Medical Endoscope Camera is a high-precision optical device designed for medical diagnostics and therapeutic procedures. Combining advanced endoscopic technology with a high-resolution camera system and a 13.3-inch display, this device provides clear, real-time imaging of internal organs and tissues. It enables healthcare professionals to perform detailed examinations, accurate diagnoses, and minimally invasive treatments with enhanced visualization and precision.
Engineered for reliability and performance, this endoscope camera system supports optimal clinical decision-making
and improves procedural efficiency in various medical settings.
Product Specifications
| Camera | 1/2.8 CMOS |
| Image size | 1920*1080 |
| Resolution | 1080 line |
| Video Output | HDMI ,SD, DVI,BNC,USB |
| Camera Control | WB& lmage |
| Power supply | AC220/1104-10% |
Key Features
13.3-inch High-Resolution Display
Offers clear, real-time visualization of internal organs and tissues for accurate diagnostics and treatments.
Advanced Endoscopic Imaging Technology
Combines high-precision optics with a superior camera system to deliver detailed, real-time imaging.
Enhanced Clinical Precision
Supports detailed examinations and minimally invasive procedures with improved visual clarity and accuracy.
Optimized for Medical Workflows
Designed to improve procedural efficiency and support informed clinical decision-making across various healthcare settings.
Reliable Performance
Engineered for consistent, dependable operation in demanding medical environments.
Applications
1. ENT (Ear, Nose, and Throat)
Examines nasal cavities, pharynx, and ear canals, accurately identifying inflammation, foreign bodies, or space-occupying lesions, and supporting minimally invasive surgical navigation.
2. Urology
Applied in cystoscopy and ureteroscopy to diagnose conditions such as stones, tumors, or urethral strictures.
3. Gynecology
Used in hysteroscopy to observe endometrial conditions, assisting in the diagnosis of abnormal bleeding, polyps, or adhesions.
4. Pulmonology
Provides high-definition imaging during bronchoscopy, aiding in the diagnosis of lung infections, tumors, or airway stenosis.
5. General Surgery and Minimally Invasive Procedures
Delivers real-time HD imaging during laparoscopic and other minimally invasive surgeries, improving precision and minimizing tissue damage.
High resolution imaging: The advanced CMOS image sensor and high-quality optical lens are usually used to achieve a resolution of 1920×1080, which can clearly show the fine structure of the internal tissues of the human body, such as cell morphology and blood vessel distribution, and help doctors accurately detect small lesions, such as early tumors and ulcers.
Excellent color reproduction: with accurate color calibration technology, it can truly restore the natural color of human tissue, so that the image observed by the doctor is consistent with the actual tissue color, which is helpful to judge the pathological condition according to the change of tissue color, such as the degree of redness and swelling of the inflammation site, the color of the hemorrhages, etc.
High frame rate image output: generally up to 30 frames per second frame rate, to ensure the smooth dynamic image, in endoscopic surgery, the doctor can clearly observe the real-time dynamic changes of tissues and organs, such as the beating of the heart, gastrointestinal peristalsis, etc., easy to precise operation.
Miniaturization and flexibility: the endoscope is compact in design and small in diameter, and can enter the body through the natural cavity or small incision. For example, the gastroscope can enter the digestive tract through the mouth, and the arthroscope can enter the joint cavity through the joint space, for examination and treatment of different parts, reducing the trauma of patients.
Respiratory department: Bronchoscopy can help doctors observe the trachea and bronchus, diagnose lung diseases, such as lung, bronchiectasis, etc., can also be used to remove foreign bodies in the airway or perform alveolar lavage and other treatments.
Urology: During cystoscopy and ureteroscopy and operation, the internal structure of the bladder, ureter and kidney can be clearly displayed, which is used for the diagnosis and treatment of urinary calculi, tumors, prostate hyperplasia and other diseases.
Gynecology: Hysteroscopy can be used to observe the lesions in the uterine cavity, such as uterine fibroids, endometrial polyps, etc., to provide intuitive image support for the diagnosis and treatment of gynecological diseases.
