Medical endoscope products provide medical personnel with a basis for diagnosis during the diagnosis process. Medical endoscopes are used in clinical applications for the upper respiratory tract, lower respiratory tract, and gastrointestinal tract. Today, the editor would like to focus on introducing gastrointestinal endoscopy, which is a commonly used method to check the internal conditions of the gastrointestinal tract to diagnose and treat related diseases. The product configuration and usage requirements of this device are critical in helping to ensure its safety, reliability and effectiveness. At the same time, it also has some advantages, which can provide better service and experience for doctors and patients.
Gastroenteroscope mainly includes insertion tube, synchronizer, light source, lens and laparoscopy. The insertion tube is a flexible tube that is connected to the gastrointestinal tract inside the human body and is responsible for delivering drugs, washing fluids, etc. The synchronizer and light source are used to control the position and brightness of the light source so that the doctor can observe the internal conditions. The lens is the core part of a gastroenteroscope, usually consisting of a lens group, an image sensor and connecting wires. A laparoscope is a smaller instrument that is inserted through a tube into the body for examination and treatment.
EZON's endoscope camera lens assembly is used in medical electronic gastroenteroscope. It is the smallest medical endoscope module sold by our company on the market. It adopts OMNIVISION's OVMed® OCHTA camera module, and its size is only (0.65mm). The resolution of the camera module reaches 400 x 400. The field of view is 120°, and the viewing range at large angles is larger. Increased resolution at 30 frames per second and a high signal-to-noise ratio of 37.5 dB deliver sharper images. The product is divided into two parts: camera and decoder board. The technology integrates a small, higher-resolution OH0TA image sensor with signal processing and wafer-level optics in a compact package.
