In recent years, LEDs have been discovered in many innovative applications in the fields of biotechnology and medicine. For example, LEDs can accelerate DNA replication and treat patients with neurological diseases such as frostbite. High-speed flashing LED lights can treat dyslexia, and specific frequency flashing LED lights can be used. Help treat Alzheimer's disease; for ultraviolet LEDs, shortwave ultraviolet light can slow down the spread of influenza, UVB LEDs can treat vitamin D deficiency patients, blue-violet LEDs can treat bacterial infections and some skin diseases; infrared LEDs can be treated by irradiation For brain damage, the use of 635-nanometer LEDs can be used for weight loss treatment. What breakthroughs have LED made in the medical field in the past year? Sunmory will take you to take a look. Effectively overcome morning sleepiness  According to foreign media reports, researchers from the Korea Institute of Science and Technology (KAIST) recently stated that re...

Whether it is indoor lighting   or buying eye-protection lamps for children? All this requires us to have a certain understanding of the light source. Not only must the color temperature, color rendering, and illuminance of the light be confirmed according to the used space of the light source; at the same time, a relatively healthy light source must be selected. Strobe, illuminance, and anti-blue light are all important points to pay attention to. Led lighting Color temperature It is a measure of the degree of warmth and coldness of the light. The higher the color temperature, the whiter and colder the light becomes. Sunmory LED lights   and fluorescent lights have a variety of color temperatures to choose from. Warm light is a dim light that can be seen by the flesh. The color temperature is 2700-3300K. Natural light is similar to the sun's light. The color temperature is 4000-4500K. You can choose to make yourself comfortable according to the scene. Efficient color temperat...