HD imaging
High resolution: The use of advanced image sensors and optical technology, can achieve 1080P full HD or even 4K and above resolution imaging, can clearly show the fine structure of human tissues, such as the gastrointestinal mucosa of small lesions, veins, etc., to provide doctors with a wealth of diagnostic information.
Excellent color reproduction: With accurate color calibration technology, it can truly restore the natural color of human tissue, so that doctors can accurately judge the health state of the tissue, such as distinguishing the color difference between normal tissue and diseased tissue.
Multifunction integration
Image measurement and analysis: The system is usually equipped with image measurement tools, which can accurately measure the size, area, distance, etc., of the lesion site, and can also perform some simple image analysis, such as contrast enhancement, edge detection, etc., to assist the doctor to assess the condition more accurately.
Recording and storage: Support real-time recording of surgery or examination process, convenient follow-up review and analysis of doctors, but also conducive to teaching and scientific research. At the same time, it can store a large number of images and video data, which is convenient to establish the patient's electronic medical record file.
Easy to operate
Ergonomic design: The handle and buttons are designed in accordance with the ergonomic principle, which is convenient for the doctor to hold and operate, and it is not easy to fatigue during long-term use. Some systems also use touch screen operation, making the operation more intuitive and easy.
Fast switching mode: According to different inspection and surgical needs, it can quickly switch a variety of working modes, such as normal observation mode, amplification mode, narrow band imaging mode, etc., to improve work efficiency.
Respiratory surgery: The use of bronchoscopy to examine the trachea, bronchus and lungs can diagnose lung cancer, tuberculosis, bronchiectasis, atelectasis and other diseases, can also be used to take pathological specimens, alveolar lavage, airway foreign body removal and other treatment.
Urology: cystoscope, ureteroscope, nephroscope, etc. are commonly used endoscopes in urology, for the diagnosis and treatment of bladder, ureter, kidney diseases, such as stones, tumors, inflammation, deformities, etc., can also be lithotripsy, lithotomy, electric resection of tumors and other surgical operations.
Gynecology and obstetrics: Hysteroscopy is used to detect and treat lesions in the uterine cavity, such as endometrial polyps, uterine fibroids, uterine adhesions, endometrial cancer, etc. Laparoscopy is often used for gynecological surgery, such as ovarian cyst removal, uterine myomectomy, fallopian tube surgery, ectopic pregnancy surgery.
Otolaryngology: Nasal endoscopy can detect diseases of nasal cavity and sinus, such as sinusitis, nasal polyps, nasal tumors, etc., and can perform operations such as sinus opening and removal of nasal polyps. Laryngoscope is used to examine laryngeal lesions, such as vocal cord polyps, vocal cord nodules, laryngeal cancer, etc., and vocal cord surgery can also be performed under laryngoscope.
General surgery: Laparoscopy is widely used in general surgery, such as cholecystectomy, appendectomy, gastrointestinal surgery, liver surgery, hernia repair and so on. Through the laparoscopic camera system, the doctor can clearly see the organs and tissues in the abdominal cavity, and perform precise surgical operations.
Neurosurgery: Neuroendoscopy can be used for brain tumor resection, brain aneurysm clipping, hydrocephalus treatment, skull base surgery, etc. During surgery, the neuroendoscopic camera system can provide a clear surgical field of view, helping doctors operate more accurately and reduce damage to the surrounding brain tissue.
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