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In today's rapidly developing lighting industry, with its characteristics of fixed-point, directional, high brightness, high-purity spectrum, cold light, adjustable color temperature, and longevity, it has rapidly developed in fields such as intelligent lighting, plant lighting, landscape lighting, and endoscopic high color rendering cold light source medical lighting. At the same time, medical lighting, as a niche market for LED, is gradually being explored and exploited. In the future, with the widespread promotion of the concept of healthy lighting, more products will be launched into the market, and its market prospects are broad and promising. Among them, lighting has special requirements such as fixed-point, directional lighting, high-intensity lighting, pure light color (with excellent color rendering, allowing doctors to clearly distinguish different organs and tissue structures, and preferably adjust color temperature to highlight certain organs or tissues as needed), as well as uniform, shadowless lighting, low spectral damage, structural sealing and disinfection, structural breathability, dimming control, and high reliability.

Medical lighting can be divided into traditional medical lighting and endoscopic high color rendering cold light source products according to their different light sources. Traditional medicine mostly uses halogen lamps as light sources, while LED medical lighting uses LEDs as the light source. Compared to LED medical lighting, traditional medical lighting sources have disadvantages such as short lifespan, light source divergence, and high thermal radiation, which cannot meet the requirements of medical lighting for fixed-point, directional lighting, and high reliability. On the other hand, LED medical lighting has the advantages of long lifespan, cold light source, and low radiation, which can overcome the shortcomings of traditional lighting. In 2007, the research and development of endoscope LED light source lighting in China began to take off. The medical device industry had high barriers, involving the application of phototherapy mechanism, optics, microelectromechanical, thermodynamics, photochemistry and other technologies. The technical risks were high, and there were technical talent barriers, brand barriers, sales channel barriers, funding barriers, and market access barriers, which greatly restricted the entry of a large number of enterprises. Secondly, the medical device industry is less affected by economic cycles and more influenced by industry policies. Internal medical lighting is a 'very small' niche market, and large medical device companies mostly only operate medical lighting products incidentally, with few professional manufacturers. The market price of medical lighting products is expensive. Therefore, LED medical lighting is a high-tech, high-risk, and high entry threshold product. Although the output value of medical lighting may be relatively small compared to the entire market, medical lighting is a medical device with strict regulations and certification requirements. It has extremely strict requirements in terms of technology and safety rules. Compared with ordinary functional lighting, it has greater technical risks and higher entry barriers. With the increasing emphasis on healthcare, medical rehabilitation, green environmental protection, and energy conservation in society, LED medical lighting will open up a Xintiandi in the domestic market.