What is rhythmic lighting?

‌Rhythmic lighting fixtures are lighting equipment designed according to the human body's biorhythm system. They aim to meet the human body's biorhythm and physiological needs through scientific lighting duration and light intensity, thereby improving the body's work and rest patterns and achieving the purpose of comfort and health.

Working principle of rhythmic lighting fixtures

The principle of rhythmic lighting design is based on the human body's biological clock. The human body's biological clock refers to the biological rhythm system inside the human body, a physiological cycle produced by the influence of external environmental factors. The light cycle is one of the important factors affecting the human body's biological clock. When light shines on the human retina, it stimulates the hypothalamus to release melatonin, while daytime light can inhibit the secretion of melatonin, thereby controlling the body's rhythm.

Application scenarios and benefits of rhythmic lighting fixtures

Rhythmic lighting fixtures are widely used in various scenarios, including homes, offices, medical places, etc. In homes, rhythmic lighting can help improve sleep quality, regulate emotions and attention; in offices, it can improve work efficiency and employee comfort; in medical places, rhythmic lighting is used to alleviate problems such as jet lag syndrome and sleep disorders. In addition, rhythmic lighting fixtures can also alleviate problems such as seasonal affective disorder through specific light intensity and spectrum.

Development trend of rhythmic lighting fixtures

With the vigorous development of lighting technology and changes in people's lifestyles, the impact of indoor light environment on health has received more and more attention. An unreasonable indoor light environment will interfere with the body's inherent circadian rhythm system, leading to health problems such as sleep disorders and mood disorders. Therefore, while meeting good visual needs, lighting products should also take into account the impact of non-visual effects, so that the artificial lighting environment meets the rhythmic health needs of the human body.