HD-810


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HD endoscope is an advanced inspection equipment that integrates optical, electronic imaging and precision technology, mainly relying on optical lenses to capture images of the interior of objects. Light enters through the front objective lens, refracts and focuses through a series of lens groups, and forms a clear image on the surface of the imaging sensor CMOS. Subsequently, the sensor converts the optical signal into a digital signal, which is then processed by the image processor for digitization, noise reduction, color correction, etc., and finally presents a high-resolution and realistic picture in the display terminal, which plays a key role in many medical fields.

Product Parameters

Product Advantages

Specific Application Department

Camera	2,000,000 Pixels 1/2.8 "CMOS
Resolution	1920 (H) *1080(V)
Definition	1080 Lines
Minimal illumination	0.3Lux
Video output	SDI,BNC,AOUT,AIN,DVI,HDMI,VGA,LAN,USB
Shutter speed	1/60~1/60000(NTSC),1/50~50000(PAL)
Camera cable	2.5m/Special lengths can be customized
Power	85 ~ 264VAC
Language	Chinese, English, Russian, Japanese and Spanish can be switched

High resolution: Compared to traditional endoscopes, HD1920*1080 endoscopes can provide clearer and more detailed images. In high-definition image quality, tiny cracks, wear marks, pathological tissue and other details are revealed, allowing doctors to accurately judge the tissue status inside the cavity.
Accurate color reproduction: it can truly restore the color of the observed object, and the doctor can assist the diagnosis of the disease according to the difference between the normal color and the color after the lesion of the organ tissue.
Flexible field of view and Angle: Some HD endoscopes are equipped with an adjustable Angle lens, and with the appropriate field of view, the operator can freely explore all corners of the complex chamber, reducing the detection of blind areas.

Otolaryngology: nasal cavity, throat and other parts have complex structure and narrow space. High-definition endoscope can clearly show the status of mucosa, whether there are polyps, cysts or foreign bodies, helping doctors accurately diagnose sinusitis, nasal polyps, vocal nodules and other diseases. For example, before nasal endoscopic surgery, high-definition endoscopes are used to view the scope of lesions in the nasal cavity and adjacent relationships in detail, so that surgical planning is more scientific, and the lesions can be accurately removed with high-resolution images during the operation to reduce the damage to normal tissues.
General Surgery, Thoracic Surgery and Neurosurgery: In complex surgical areas such as thoracic surgery and neurosurgery, the HD endoscopic camera host's high-definition images and real-time transmission capabilities connected to the optical lens provide physicians with better surgical vision and guidance. Doctors can more accurately determine the location, size and shape of the lesion, thus improving the accuracy and safety of the surgery
Urology: In transurethral cystoscopy and ureteroscopy, high-definition endoscope enables doctors to clearly distinguish stones, tumors, resting meat and other lesions on the inner wall of the bladder and ureter, and assist in minimally invasive operations such as lithotripsy, lithotomy and tumor resection, which greatly reduces operation time and improves surgical safety.
Gynecology: hysteroscope, laparoscope and other gynecological commonly used endoscopes upgraded to high-definition version, in the diagnosis and treatment of gynecological diseases add wings. For example, to view endometrial polyps and submucosal myoma under hysteroscopy, HD image quality can confirm the relationship between lesion size, location and surrounding tissues, providing accurate basis for subsequent treatment such as electrical resection. During laparoscopic surgery, clear images of organs and blood vessels can help doctors operate instruments to complete complex operations such as removal of ovarian cysts and removal of ectopic pregnancy lesions, and reduce the risk of intraoperative bleeding.
General surgery: In laparoscopic cholecystectomy, appendectomy, and abdominal exploration operations, high-definition endoscopes can realistically present the anatomical relationship of intra-abdominal organs and tissues, allowing surgeons to operate more smoothly, reducing the probability of accidental damage to intestinal tract and blood vessels, and ensuring surgical quality and patient prognosis.
Thoracic surgery: thoracoscopic surgery is used for the diagnosis and treatment of lung diseases and mediastinal tumors. High-definition endoscope enables the surgeon to accurately distinguish between normal lung tissue and diseased sites. When treating small lung nodules and early lung cancer, it is easier to completely remove the lesions and retain more healthy lung tissue, thus improving postoperative respiratory function of patients.