The BF2013 wireless endoscopic camera module represents a significant advancement in medical aesthetics device technology. This highly integrated CMOS camera module employs an innovative wireless design, combining imaging sensors, illumination systems, and wireless transmission capabilities within a

In modern minimally invasive medicine, endoscopes are key tools for doctors to observe internal human lesions and conduct precise diagnosis and treatment. The endoscope camera module, like the "visual nerve" of an endoscope, directly determines the clarity, stability, and applicable scenarios of med

In the realms of modern medicine and industrial inspection, endoscopes have become indispensable tools for visualizing areas that are otherwise hidden from the naked eye. At the heart of every endoscope lie two critical components: a light source and a camera. While this might seem like a simple com

In medical endoscope equipment, the optical parameters of camera modules directly determine the accuracy of clinical observation and operational efficiency, with the matching of focal length and field of view (FOV) being core design elements. These two parameters are not isolated—with a fixed sensor