The theoretical basis of cell phototherapy for skin diseases is the principle of selective photo thermal action. By heating the water molecules in the skin through a specific spectrum (selective), the thermal energy stimulates fibroblasts in the superficial and middle layers of the dermis, and induces the activation of the skin's self-healing muscle mass, thereby regenerating ​collagen, tightening the skin, and shrinking pores.

 
The theoretical basis of cell phototherapy for skin diseases is the principle of selective photo thermal action. By heating the water molecules in the skin through a specific spectrum (selective), the thermal energy stimulates fibroblasts in the superficial and middle layers of the dermis, and induces the activation of the skin's self-healing muscle mass, thereby regenerating ​collagen, tightening the skin, and shrinking pores.

 
The theoretical basis of cell phototherapy for skin diseases is the principle of selective photo thermal action. By heating the water molecules in the skin through a specific spectrum (selective), the thermal energy stimulates fibroblasts in the superficial and middle layers of the dermis, and induces the activation of the skin's self-healing muscle mass, thereby regenerating

 
The theoretical basis of cell phototherapy for skin diseases is the principle of selective photo thermal action. By heating the water molecules in the skin through a specific spectrum (selective), the thermal energy stimulates fibroblasts in the superficial and middle layers of the dermis, and induces the activation of the skin's self-healing muscle mass, thereby regenerating ​collagen, tightening the skin, and shrinking pores.

 
Cell light is an intense pulsed light technology (FPL lattice composite light) that utilizes the innovative lattice composite light system. Using honeycomb transient technology, it creates a targeted matrix of photonic action on the skin, significantly reducing the heating time of the targeted tissue and providing a small local heating area.