An absorbable bone fixation device made of poly-L-lactic acid (PLLA) that gradually degrades upon hydrolysis and is absorbed in the human body. Gunze manufactures different versions of this bone fixation device for CMF, trauma, and rib and sternum applications.
Manufactured by
GUNZE
United States
Gunze is a leading medical device company headquartered in Japan. We develop and manufacture a wide range of medical products focused on bioabsorbable and biocompatible materials such as tissue reinforcement felt, adhesion barriers, and collagen-based wound matrix. Driven by our commitment to contributing to the advancement of patient care and surgical outcomes worldwide.
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GUNZE MEDICAL LIMITED
Japan · 4 relevant products
MCI - Medical Concept Innovation Inc.
United States · 1 relevant product
Well Trust(Tianjin) Tech. Co., Ltd.
China · 1 relevant product
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Olproheal Biomimic CO., LTD · Taiwan
A next-generation bone adhesive/scaffold with porous, injectable, and controlled-release properties designed to enhance bone integration of bone implants. It is a bioresorbable medical material developed using biomimetic technology.
Shenzhen Zhongke Jingcheng Medical Technology Co., Ltd · China
A three-component composite bone repair scaffold composed of PLGA (polylactic-co-glycolic acid), β-TCP (beta-tricalcium phosphate), and degradable metallic magnesium, manufactured using low-temperature 3D printing technology. The material features macro-micro porous biomimetic structure with pore sizes of 100-900μm and micro-pores ≤50μm, mechanical strength >2.0 MPa approaching cancellous bone, and complete in-vivo degradation within 6-9 months. Clinical trials across eight major hospitals demonstrated 100% bone fusion rate at 24 weeks with no adverse reactions and effective antimicrobial and anti-tumor properties.
Well Trust(Tianjin) Tech. Co., Ltd. · China
Metallic fixation plates designed to stabilize fractured bones by maintaining proper anatomical alignment. These devices are engineered for load-bearing applications in various skeletal locations.
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