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Type: | Serum |
4 pack
Revolax Sub-Q has the thickest properties within the product line. With its advanced ability to mold, maintain structure and longevity, it is recommend for treatment of deep to extremely severe wrinkles including nasolabials and face (cheek, chin, or nose) contours.
Revolax Sub-Q uses non-animal based hyaluronic acid with high purity and is a completely natural substance optimized to synchronise with human skin tissue. It has a unique cross linking technology that does not need free hyaluronic acid to adjust the physical property of its gel formula. High visco-elasticity is one of Revolax Sub-Q stand-out properties. This malleable consistency creates immediate and long lasting volume and also allows the product to break down evenly with a natural finish. The filler also has a low percentage of product migration, meaning that once injected the product is more likely to stay close to the injection site with accuracy. Revolax Sub-Q is comprised of a regular and dense monophasic structure, which makes the gel product stable and consistent. The consistency of the pattern allows for naturally harmonized volume, smooth injection and promotes a stronger support system within the skins structure.
200-101519-4
It is the number 1 South Korean-made Filler and has the potential to change the whole Aesthetic Industry, Revolax is not only made with the highest quality ingredients and science, but it is also the lowest priced Crosslinked Dermal Filler in UK market! This means you get to pass these saving on to your customers without lowering your standards and increasing your income at the same time.
With the added Lidocaine, the product makes its way to your skin without causing any discomfort as it numbs out that specific part of your skin.
This dermal filler is created in Korea under the strictest tests and clinical trials to ensure the safety of the user. This is to avoid any chance of the product, contaminating within your body. Easy to Work WithEach Revolax can last from 9 months – 18 months depending on the product you’re using and the amount you have injected within your body. Ensures SafetyThe Hyaluronic Acid that is used for this filler acts similar to the naturally occurring ones inside your system, which is why it has a minimal to low amount of side effects. These side effects will then disappear after three days. |
HA clusters most densely in the skin (50%), however it is also found in cartilage, connective tissue and in the synovial fluid that lubricates the body’s joints.
HA is highly soluble and can hold water in greater quantities than its own weight.
It’s Immunological tolerance, ability to assist in the regeneration of collagen and excellent absorption properties make the HA molecule an excellent candidate for volumising and mositurising the skin.
However, HA in its natural state has a rapid turnover through enzymatic and free radical degradation with a half-life of 24hr in vivo.
Therefore to be considered as a cosmetic treatment, HA must be chemically modified to prevent decomposition. This process transforms HA from a liquid into a gel by crosslinking Hyaluronic acid polymer chains to one another. This crosslinking modification allows HA to fill wrinkles and maintain it’s shape for a longer period of time.
The more links that are generated through the crosslinking reaction, the longer it takes for the skin to break down the cross-linked Hyaluronic acid.
HA dermal fillers can be classified into two main groups: Cohesive (monophasic) or non-cohesive (Biphasic) depending on the method of development. The cohesive (monophasic) fillers are composed of a single phase of HA, which may be cross-linked once (mondensified) or continuously (polydensified). The Cohesive monodensified filler is characterised by a highly cross-linked smooth gel.
Cohesive polydensified fillers (Revolax) are characterised by regular densities of cross-linked HA zones. This ensures optimal spreading of the gel into surrounding tissue, allowing larger spaces to be filled with denser parts of the gel and finer pericellular tissue spaces to retain low-density gel in a structured yet malleable form.