Main Industry
Health Care
Main Product/Service
The team has developed "Matching Bone," an autograft-free, supportive 3D bioceramic bone graft material that promotes faster healing. It resolves the challenges associated with sourcing bone graft materials while providing superior structural strength and support to ensure the stability of the affected site. Its interconnected porous structure enhances the transport and storage of nutrients, facilitating the migration and growth of bone cells, thereby improving bone healing capacity. This allows patients to shorten their recovery period and reduce medical expenses, making it the most ideal bone graft material.
The content above was translated by Ai
Founded Year
2021
Unified Business No.
91071144
Status
Active
Number of Employees
0
Total Paid-in
Capital
42,920,000 (NT$)
Location of Company
Taiwan
, Tainan City
Website
Company names, registration status, legal representatives, founding years, paid-in capital, registered addresses, and other details are sourced from business registration records maintained by Taiwan’s Administration of Commerce, Ministry of Economic Affairs. Exit status includes Emerging Stock Board listings, M&A, and IPOs. Information on overseas expansion is self-reported by startups.
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Note 2: Some company profiles and product/service descriptions are translated using AI and provided for reference only. In case of discrepancies or ambiguity, the original text prevails.
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About the Company
品醫生技 utilizes innovative and excellent pioneering technologies to research and develop exclusively customized, personalized high-end medical devices, fully fulfilling its mission of professional research, service and care, respect for life, and giving back to society. Our team members' backgrounds span fields such as materials chemistry, physiology, orthopedics, neurosurgery, and dentistry. Through years of dedicated efforts, we have developed customized 3D bioceramic printing services, which will hold significant revolutionary significance for future personalized bone graft medical devices. We hope to resolve complex clinical orthopedic defects and shorten patients' recovery periods, thereby reducing social and medical costs, and developing and elevating a global 3D bioprinting medical technology and service platform.
The content above was translated by Ai
