Aurora is a new photoelectric beauty instrument with NIR and DPL optical skin beautification technology.

NIR mainly acts on water molecules and collagen, and the heat generated can stimulate the regeneration and remodeling of collagen fibers to achieve the effect of improving skin wrinkles and relaxation. Histopathological examination also confirmed an increase in dermal thickness and collagen content.

DPL refers to a new type of optical skin rejuvenation technology, which can accurately concentrate the effective treatment energy, and can quickly and efficiently solve the problems of facial pigmentation and telangiectasia (red face syndrome). DPL narrow-spectrum light skin rejuvenation is known as an epoch-making optical cosmetic skin rejuvenation technology because of its curative effect significantly surpassing photon skin rejuvenation, and the treatment cycle is significantly shortened.

NIR Milk Light

NIR light uses broad-spectrum near infrared light (near infrared ray, NIR) for treatment, with a wavelength range of 900-1800nm and a peak of 1300nm. The penetration depth is deeper than that of visible light, and can affect the reticular layer of the dermis.

NIR mainly acts on water molecules and collagen, and the heat generated can stimulate the regeneration and remodeling of collagen fibers to achieve the effect of improving skin wrinkles and relaxation. Histopathological examination also confirmed increased dermal thickness and collagen content

DPL-Matrix Honeycomb Cell Light
DPL (also known as Dye Pulse Light) Israeli technology, also known as precision light. It came into being in order to improve the curative effect of photorejuvenation.
It uses a narrow spectral range, such as the DPL 500, which is within 500-600nm. Generally, the range of intense pulsed light is quite wide. The spectrum of NIR milk light is 900-1800nm, and the spectrum of OPT is 500-1200nm.
The advantage of a narrow spectrum is that it will be more targeted, such as telangiectasia, flushing, stains, etc., DPL can quickly and efficiently solve them.