Shanglaite's high - quality biotherapy equipment for hair restoration is designed based on in - depth research into hair biology and advanced biotherapy principles. The equipment primarily focuses on stimulating hair follicles and improving the scalp environment to promote healthy hair growth. One of the key technologies employed is low - level laser therapy (LLLT). The equipment emits specific wavelengths of light, usually in the red to near - infrared spectrum, which penetrate the scalp and reach the hair follicles. This light energy stimulates cellular metabolism within the follicles, increasing the production of adenosine triphosphate (ATP), the energy source for cells. As a result, hair follicles are energized, and the growth phase of the hair cycle (anagen phase) is prolonged, leading to thicker and stronger hair growth. Moreover, the biotherapy equipment may also incorporate microcurrent stimulation. Microcurrents mimic the body's natural electrical signals and can enhance blood circulation in the scalp. Improved blood flow ensures that hair follicles receive an adequate supply of oxygen and nutrients, such as amino acids, vitamins, and minerals, which are essential for hair growth. Additionally, microcurrents can help regulate the production of sebum, preventing the scalp from becoming too oily or dry, both of which can contribute to hair loss. Some advanced models of the hair restoration biotherapy equipment also utilize bioactive agents. These agents can be delivered to the scalp through methods like iontophoresis, which uses electrical currents to enhance the penetration of the agents into the skin. Bioactive ingredients, such as growth factors and peptides, can directly target the hair follicles, promoting cell proliferation and differentiation, and inhibiting the factors that cause hair follicle miniaturization, a common precursor to hair loss. With its high - quality construction, advanced technologies, and proven effectiveness, Shanglaite's biotherapy equipment offers a reliable solution for hair restoration.