HA (Hyaluronic acid)
Developing medical devices that enhance stability by delaying the decomposition rate in the body through HBCT(Hexagonal Block Crosslinking Technology), which processes HA, a biocompatible polymer material, into regular and fine structure
PN (Polynucleotide)
Developing medical devices that change the dermis and epidermis in
a natural and healthy way by using PN as a safe and effective tissue restoration biomaterial.
PLA (Poly DL-Lactide)
Developing medical devices with excellent solubility through CMT(Continuous Membrane Technology) and HMT(Homologous Microsphere Technology) that promotes collagen production and produces perfectly spherical and uniform particles using PDLA that are biodegradable in the body
PLA + HA (Poly DL-Lactide + Hyaluronic Acid)
PN + HA (Polynucleotide + Hyaluronic Acid)
Developing medical devices that provide both physical tissue repair effect and skin booster effect to improve skin elasticity and wrinkles with HMT (Homologous Microsphere Technology) and OCT (Optimized Combination Technology)
PDO(Polydioxanone)
Developing medical devices with a constant extrusion force and soft injection through UMT (Uniform Microparticle Technology) using PDO, a biodegradable polymer material that promotes self-collagen production by activating fibroblasts, with a short decomposition period and no residue left in the body.
Mesotherapy
Developing antiaging cosmeceutical products with combining the composition of amino acids, which are collagen components, and biomimetic components such as vitamins and peptides in an optimal ratio, using cell regeneration effects of polynucleotide and hyaluronic acid to help regenerate the skin, improve skin elasticity and skin tone, and improve skin wrinkles.