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PLA(Polylactic Acid)+CMC(Carboxymethyll Cellulose)

- Uniform spherical particle shape that results in lower injec-

   tion force than other PLA fillers

-Reduced treatment time thanks to freeze-drying technology

   through quick suspension

-Biodegradable materials that are naturally and gradually

   degraded in the body leaving no residue

What is PLA [Poly(D, L-lactic acid)]?

Polylactic Acid(PLA) is a fatty polyester. It is a thermoplastic material that is 

synthe­sized using monomers from 100% renewable sources, such as starch from corn and potatoes. 

There are two-types of enantiomers, L-body and D-body in the monoamine lactic acid of PLA which becomes 

poly L-Lactic Acid(PLLA) and poly D-lactic acid(PDLA) respec­tively when polymerized. 

These acids have different optical properties but the chemi­cal and physical properties are the same. 

The characteristics of these biodegradable polymers can be used to biodegrade medi­cal products after performing certain functions in the body, 

so no removal surgery is required and foreign substances, or any chronic problems related to 

non-degradable polymers can be prevented. 

Beads and particles forms

Benefit

✔

In comparison with HA fillers that only give temporary volume, PLA fillers

help to improve wrinkles by boosting collagen creation with volume

✔

Low injection force compared to general PLA fillers when injecting

✔

Spherical PLA particles create volume evenly and there is no needle blockage

✔

Faster degradation compared to other products, easier treatment preparation

Product Details