I believe that you already understand the difference between needle-free water light and water light needle, and when you hear the name of Najing water light, you instantly understand the set up inside, yes! It is to change the head. The treatment head of the hydration needle developed from a needle to five needles, five needles developed to nine needles, until the emergence of needleless hydration changed to the use of air pressure propulsion, goodbye to the needle, but unfortunately the treatment effect than the hydration needle is still far from the difference. So, is there a needle in the Najing hydration needle? How is the treatment effect in the end? Today we will reveal the secret for the majority of beauty seekers. What is Najing Hydrafluorescence? The injection tool used in the nano-needle hydrafacial is the nano-micro-needle permeation promoting chip, and thus the name nano-needle hydrafacial. Nano micro-needle permeation wafers are made of high-purity single crystal silicon sculpted by nano-micro-processing technology, and the diameter of the skin-touching point on the wafer is equivalent to one thousandth of a hair, so the “needles” disappear into invisibility. When these invisible needles are pressed into the skin, there is no need to pierce the dermis at all. In just 3 seconds, hundreds of drug delivery channels can be temporarily opened in the epidermis of several square millimeters, and nutrients can be fed into the deeper layers of the skin. The skin channels are closed in about half an hour, making it safe, painless and non-marking. What is the relationship between nanocrystalline and microneedle? Nanometer is a unit of length, 1 nanometer is equal to one billionth of a meter. It is equivalent to the diameter of four atoms, and the diameter of a DNA strand is about one nanometer. Nanocrystalline micro-needle wafers utilize the principle of micro-needling, but they are very different. Ordinary microneedles, which use sharp needle tips visible to the naked eye, create larger pores when repeatedly applied to the skin surface, and the number is difficult to control precisely. It also relies on the needles to open up fine channels in the skin, prompting the drug ingredients to penetrate into the underlying skin layers. However, bleeding can sometimes prevent the absorption of nutrients, and significant pain can be felt during treatment (numbing agents are used before treatment), and the skin may be red, swollen, and bleeding. Nanomicro-needle permeation-promoting chip is precisely based on the structure of human skin, developed from single-crystal silicon through nanotechnology processing, so the holes punched in the skin during treatment are also nanoscale extremely small holes, while the number is precise. These holes are conducive to the penetration of drugs or nutrients deep into the skin, and to the penetration into the body in a localized, layered and quantitative manner. The nano crystal treatment head is 25 hollow microneedle type wafers, with 5 micro crystals in the middle for the liquid outlet holes, the nano crystal SPE nano touch point is less than 80nm, the height is 120um, the thickness of the stratum corneum is about 30um, and the sum of the thickness of the epidermis is 200um, so the nano crystal can open the tough stratum corneum, but can not touch the dermis and rich subcutaneous nerves, usually under the skin’s strong self-repair mechanism The skin can heal naturally in about half an hour. What is the treatment process of nano-crystal hydrophoresis? 1, microcrystalline nano treatment head to open the epidermal layer micro-channel; 2, rich in 20 micron small molecule oligopeptide, peptide nutrient infiltration; 3, electroporation instantly open the cell membrane channel, nutrients into the cells. What kind of problems can be treated by nano-crystal water light? In the past, nanocrystals were more often used by dermatology departments in hospitals for post-operative repair and drug delivery to promote osmosis. Nowadays, it can be used to treat dark circles, fine lines around the eyes, puffy eye bags, reduce fat and sores, remove dimples, stretch marks, summer whitening, and skin rejuvenation. Although it has many advantages: non-invasive, non-marking, quantitative drug delivery, but like needle-free hydration, the depth of drug delivery still does not reach the level of needle-free hydration, and can not do “a lot of hydration” like needle hydration. Therefore, it is more suitable to be used as a “supplement” for hydrafacial, spot removal and other projects, to help post-operative recovery and add to the effect of the procedure. Although it cannot be said that the more painful the treatment, the better the effect, but in the water light treatment at this stage is indeed so. Applied hydrafluorescence, needle-free hydrafluorescence, nanocrystal hydrafluorescence, and needle-based hydrafluorescence correspond to non-sensitive, sensitive, painless, and slightly painful. What nutrients can be injected by Nano Crystal Hydrafacial? Since the skin channels opened by NanoCrystal Hydrafacial are at the nano level, this also requires that the molecular weight of the medication or nutrients it uses is much smaller. Therefore, as with needle-free hydrafacial, it can only inject some of the small molecular weight of hyaluronic acid, and therefore has a shorter maintenance time compared to needle-based hydrafacial. In addition, it can also be injected with other whitening and anti-aging ingredients or even medications for skin problems. Tip: What is the meaning of electroporation technology used in Nacell Hydrafacial treatment? Electroporation refers to the entry of exogenous substances into the cell by overcoming the barrier of the cell membrane under the action of a high intensity, short duration voltage. The intensity of the voltage exceeds the threshold that the cell membrane can withstand, causing a transient reversible structural change in the membrane that mediates the entry of the exogenous substance. This transient permeable state not only leads to the entry of small molecules into the cell in large quantities by simple diffusion, but many large molecules such as dye molecules and DNA molecules can also enter the cell interior through the mediation of electric shock.