Hyaluronic Acid Injectable Dermal Fillers Qlty, Certification : ISO 9001:2008, CE Certified

ellanse is a gel made of 70% pbs-biodegradable material (carboxymethylcellulose, cmc) coated with perfect microspheres made of 30% polycaprolactone (pcl) of 25-50 microns (µm).  the microspheres distribute the injected gel evenly in a 3d space in the subcutaneous tissue, creating a scaffold to help the skin regrow its own collagen.  the smooth, perfectly round sphere is used for skin tissue reconstruction with 3d printing method. the smooth surface of the sphere gently contacts the tissue and slightly stimulates the tissue to grow new high-quality collagen.  the gel's viscosity can be repaired immediately after injection, so it provides instant filling and wrinkle repair, while improving skin elasticity.  after all the microspheres are absorbed by the body at the 13th month of ellanse-s, the space of the original microspheres will be filled with new autologous collagen to replace the absorbed gel muscle, so that long-term continuous repair can be achieved, and the skin will appear smoother and more beautiful than when the skin was first applied.  
when injected into the skin, ellansé reverses skin aging with a 2-step process:
1.the cmc gel gives immediate lifting and sculpting results. however, the gel only lasts for about 12 weeks.
2.at the same time, the pcl microspheres begin to stimulate your skin to produce collagen. the collagen stimulation peaks at 12 weeks to give the final result.
unlike hyaluronic acid fillers, which lifts because of its properties as a gel, ellanse works by stimulating your body to produce collagen. the results last 2 - 4years.
 
why does ellansé last much longer than other dermal fillers?
ellansé is made of microspheres that degrade differently from other fillers. when ellansé is introduced into your body, it undergoes a "resorption" process whereby the molecules progressively dissolve. the microspheres retain their original volume until almost all the molecules are dissolved.
the longevity is dependent on the number of molecules composing the spheres. the more molecules there are, the longer lasting the result will be.