
302058新竹縣竹北市生醫路二段6號3樓R310
R310,3F, No. 6, Sec. 2, Shengyi Rd., Zhubei City, Hsinchu County 302058, Taiwan (R.O.C.)
R&D plan

Olprogel is a novel biomaterial designed for permanent bone implant fixation. In simple terms, Olprogel can replace bone cement and be applied to both regular and irregular bone defects. Its cell-growth-promoting properties encourage cells from the native tissue area to grow and form new bone tissue. Additionally, its gel-like and porous structure enhances bone integration. Furthermore, certain antibiotics can be combined with Olprogel to prevent osteomyelitis.
Olprogel is a novel biomaterial designed for permanent bone implant fixation. In simple terms, Olprogel can replace bone cement and be applied to both regular and irregular bone defects. Its cell-growth-promoting properties encourage cells from the native tissue area to grow and form new bone tissue. Additionally, its gel-like and porous structure enhances bone integration. Furthermore, certain antibiotics can be combined with Olprogel to prevent osteomyelitis.
Advantage
▶︎ Biocompatibility-The gelation process is unaffected by variations in temperature and pH. It has been certified by a third party and complies with ISO 10993 standards for biocompatibility.
▶︎ High flexibility-Capable of filling irregular defect areas.
▶︎ Biomimetic properties-The viscoelasticity of the Olprogel helps prevent secondary fractures.
▶︎ Porous biomimetic structure-The porous architecture enhances its compatibility with bone, demonstrating 100% bioabsorbable.
▶︎ Osteoconductivity promotion-The 3D structure facilitates the transplantation of osteoprogenitor cells into the gel, accelerating bone healing from 4-6 months to 3-4 months.
▶︎ Broad application characteristics -It offers improved prognosis for patients with osteoporosis and effectively facilitates drug delivery.
▶︎ Enhanced bone integration-The implant provides excellent stability and strong support, with mechanical strength increased by 130%.
Product Features
▶︎ Porous structure
▶︎ Drug delivery
▶︎ Physical response
▶︎ Bioabsorbable
▶︎ High expansion capability
Competitive Advantage
▶︎ No change in pH (neutral environment)
▶︎ Superior osteoconduction
▶︎ Superior osteoinduction
▶︎ in situ injection applied to minimally invasive procedures applications
▶︎ Controlled release capability
▶︎ Cell-carrying capacity