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NCLC
NOBLELASER
Cell light adopts the advanced strong pulse light technology. Through honeycomb instant transmission technology, a matrix photon action area is formed in the skin tissue. The heating area is smaller. Therefore, when energy acts on this area, it can effectively reduce melanin, oxyhemoglobin, etc. The heating time of each target tissue better makes up for the shortcomings of traditional IPL pulse energy and strong pain and is more targeted at solving the problems of strong hair, sagging skin, color stains, deep wrinkles, enlarged pores, etc.
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 massive regeneration of dermal collagen will cause a part of collagen and aging cells to be metabolized to the epidermis, and enough metabolites received by the epidermis will also be absorbed as nutrients, thereby increasing the stratum corneum, repairing damaged cells, and improving sensitive skin.
Light source | CELL LIGHT |
Range of Spectrum | 530-950nm:pigmentation treatment |
560-950nm:skin rejuvenation | |
590-950nm:remove vascular | |
640-950nm:remove hair | |
Celllight 400nm-600nm&800nm-1200nm:remove acne | |
VASCULAR 530nm-650nm&900nm-1200nm:Remove vacsular | |
Energy | 1-35J/cm2 |
Power supply | 2500W |
Size of Spot | 8*40mm |
spot adapter | Circular spot diameter 7mm |
Square spot 8mm*10mm | |
Pulse number | 1-6T |
Pulse Interval | 1-99ms |
Pulse Width | 0.1-9.9ms |
Discharge interval | 1-4s |
Cooling | semi-conductor cooling, water cooling, air cooling |
Cooling Temperature | -5~5℃ |
Cell light adopts the advanced strong pulse light technology. Through honeycomb instant transmission technology, a matrix photon action area is formed in the skin tissue. The heating area is smaller. Therefore, when energy acts on this area, it can effectively reduce melanin, oxyhemoglobin, etc. The heating time of each target tissue better makes up for the shortcomings of traditional IPL pulse energy and strong pain and is more targeted at solving the problems of strong hair, sagging skin, color stains, deep wrinkles, enlarged pores, etc.
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 massive regeneration of dermal collagen will cause a part of collagen and aging cells to be metabolized to the epidermis, and enough metabolites received by the epidermis will also be absorbed as nutrients, thereby increasing the stratum corneum, repairing damaged cells, and improving sensitive skin.
Light source | CELL LIGHT |
Range of Spectrum | 530-950nm:pigmentation treatment |
560-950nm:skin rejuvenation | |
590-950nm:remove vascular | |
640-950nm:remove hair | |
Celllight 400nm-600nm&800nm-1200nm:remove acne | |
VASCULAR 530nm-650nm&900nm-1200nm:Remove vacsular | |
Energy | 1-35J/cm2 |
Power supply | 2500W |
Size of Spot | 8*40mm |
spot adapter | Circular spot diameter 7mm |
Square spot 8mm*10mm | |
Pulse number | 1-6T |
Pulse Interval | 1-99ms |
Pulse Width | 0.1-9.9ms |
Discharge interval | 1-4s |
Cooling | semi-conductor cooling, water cooling, air cooling |
Cooling Temperature | -5~5℃ |