Cure Biotech Co., Ltd. products

CURESORB PDO is composed mainly by the syntesis of high purity of P-dioxanone. It can be used in diverse medical fields for its biodegradable features. Currently It is widely used for surgical sutures.

CURESORB PDO is composed mainly by the syntesis of high purity of P-dioxanone. It can be used in diverse medical fields for its biodegradable features. Currently It is widely used for surgical sutures.

CURESORB-PCL is composed mainly by the syntesis of high-purity ε-caprolactone. Decomposition period can be adjusted and used for cosmetic fillers thanks to its positive volume effect in the human body. Its biodegradation characteristics are slower than PGA or PLA, has good elasticity and cost effective advantages.

PDCL is a copolymer of high purity P-dioxanone and ε-caprolactone, material that needs high polymerization technology. It is easy to process and adjust the decomposition period and It is expected to be used in various fields such as surgical suture and fillers.

PGCL is a copolymer of high purity glycolide and ε-caprolactone. It is widely used for surgical sutures considering its easy process and nontoxicity.

CURESORB-PGL is primarily made up of high purity glycolide synthesis. (Exhibiting a high melting point as well as an elastic modulus). It is easy to process and is mainly used for surgical sutures.

PGLA is a copolymer of high purity glycolide and L-Lactide. It can easily produce suitable medical devices and adjust the component ratio. It is widely used as a multifilament surgical suture to overcome the disadvantages of PLA and PGA.

PDLA is composed mainly of the synthesis of high purity of D-Lactide. It is easy to process and adjust the decomposition period, and it is expected to be used in various fields, such as surgical sutures and fillers.

PLCL is a copolymer of high purity of L-Lactide and ε-caprolactone. It has good processability, is safe for the human body, and is used in medical device fields associated with tissue engineering and scaffolds. It is a good material for heart, skin, and vascular tissue regeneration with slow degradation and high elongation rates.

PLLA is primarily made from the synthesis of high purity L-Lactide. Besides fillers, it is also used as a material for thread lifting.