Platform Technology
3D printed scaffold design is based on the principle of tissue engineering and regenerative medicine. The 100% interconnected pores facilitates the stages of tissue healing.
Leading the Science
About Us
We are the global leaders in regenerative solutions. Our bioresorbable implant is the first of its kind to be successfully developed and commercialized for surgical use.
Our implants heal bones naturally. They are made of a bioresorbable polymer that dissolves over time, leaving only natural, healthy bone. This reduces post-surgery complication rates significantly, compared to permanent implants.
Our products are trusted and used by surgeons across Asia, Europe, Australia, and the Americas
For Surgeons
Craniotomy
Our Osteoplug in plug and strip configuration fill craniotomy gaps effortlessly. They also promote bone tissue integration, from the skull to the bone flap.
Orbital Floor Reconstruction
Our Osteomesh® is easily shaped to fit the patient’s defect area. It reduces complications linked to permanent implants as it biodegrades after 18–24 months while regrowing the patient’s bones.
Our Technology
We harness the body’s regenerative capacity to rebuild lost tissues. We create bioresorbable implants by leveraging the combined technologies of tissue engineering, regenerative medicine, and 3d printing techniques.
With in-situ tissue engineering, surgeons and dentists reduce time to treatment—there is no need for them to extensively manipulate or culture cells and material outside of the body.
Distributor
We are constantly looking for distributors who are passionate about bringing cutting-edge technology to surgeons and dentists.
Quality Systems
EN ISO 13485
US FDA QSR-21 CFR Part 820
Regulatory Compliances
We strive to be a World Leader in Bioresorbable Scaffold Tissue Engineering by using Cutting-Edge Technology. We want to bring "A Message of Hope in Restoring Tissue to Normality" through the development of new scaffolds technologies and manufacturing medical devices which will repair and regenerate tissue that is both safe and effective while complying with all regulatory requirements for use.
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