Medical endoscopes have been continuously developed since their inception in the 19th century, and are now used in departments such as general surgery, urology, gastroenterology, respiratory medicine, orthopedics, otolaryngology, and gynecology, making them one of the most commonly used medical devices in modern medicine. In recent years, technologies such as 4K, 3D, disposable utilization, special lighting (such as fluorescence) imaging, ultra-fine medical endoscope technology, big data, and artificial intelligence have rapidly developed and have been gradually applied in the field of endoscopy.
Medical endoscopes are widely used in modern medicine. In terms of categories, there are many types of endoscopes, including gastroscopes, colonoscopies, laryngoscopes, esophagoscopes, laparoscopes, thoracoscopes, choledochoscopes, cystoscopes, ureteroscopes, nephroscopes, hysteroscopes, vascular endoscopes, joint endoscopes, and more. In terms of functionality, endoscopes have diverse applications and are used to screen and diagnose diseases through natural or surgically-induced openings in the human body, and are also currently used to assist doctors in performing minimally invasive surgeries.
Looking back at the history of medical endoscopes, there have been significant changes in the external form and structure of endoscopes, as well as steady improvements in image quality, as endoscopes have developed from rigid endoscopes to fiber endoscopes and then to electronic endoscopes. It is clear to see that every significant leap in endoscope development has been driven by technological innovation at the bottom level. For example, based on fiber optics technology, endoscope enterprises have innovated soft endoscopes and fiber endoscopes, while based on charge-coupled device technology, endoscope enterprises have innovated electronic endoscopes and gradually replaced fiber endoscopes. On the other hand, innovation in structure, materials, and surgical techniques have expanded the application scenarios of endoscopes, saving more patients and nurturing a larger endoscope market.
From the perspective of individual medical devices, the field of medical endoscopes has significant room for development, especially as new technologies emerge that are set to accelerate the development of endoscopes. For example, in terms of optical imaging technology, the rise of image sensors is breaking the monopoly of the Japanese market. In terms of staining technology, besides Olympus, other brands have also developed their own independent staining techniques. In terms of mirror body manufacturing, there is an increasingly clear trend towards disposable mirror body consumables. Combined with various technological innovations, an array of innovative products, including disposable endoscopes, composite endoscopes (ultrasound endoscopes, optical coherence tomography endoscopes, fluorescence endoscopes, confocal endoscopes, etc.), endoscope robots, endoscopic diagnostic systems, 4K ultra-high-definition endoscopes, 3D endoscopes, capsule endoscopes, and more have appeared on the market.
Looking back at the development history of endoscopes, significant leaps in endoscope iteration have been driven by original technological breakthroughs. Nowadays, a variety of cutting-edge technologies, such as CMOS, 4K, 3D, artificial intelligence, big data, and deep learning, are becoming increasingly mature and are gradually being applied in the field of endoscopy, laying a technological foundation for endoscope innovation. On the other hand, the continuous growth of the endoscope market provides vast space for endoscope enterprises to seize the market, gain profits and create wealth, driving endoscope enterprises to constantly innovate their products and stay ahead in the market competition. Meanwhile, various factors, such as changes in consumer behavior, upgrading of clinical demand, betting by capital, policy support, and enterprise competition, are jointly promoting the continuous innovation of endoscope enterprises.