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Soft Tissue Reconstruction Suppliers Serving Kiribati
6 companies found
based inStillwater, MINNESOTA (USA)
Founded in 1998, Avalon Medical is focused on bringing the research, development, and sales of innovative surgical products to the veterinary market. We understand how much of yourself you put into your practice; we want to help you achieve your ...
PeriSeal™ is a non-resorbable stabilized collagen-tissue patching material cut from porcine pericardium. It is used in soft tissue patching applications or wherever additional structural support is ...
based inMangere, NEW ZEALAND
Aroa Biosurgery is a soft-tissue regeneration company that develops, manufactures and distributes medical and surgical products to improve healing in complex wounds and soft tissue reconstruction. Our first commercial surgical product, a Reinforced ...
based inZossen, GERMANY
botiss biomaterials is an innovative, clinically and scientifically driven biotech company from Germany. Since the foundation of botiss biomaterials in 2009, we have become a leading developer, manufacturer and marketer of biomaterials for oral ...
based inMalvern, PENNSYLVANIA (USA)
TELA Bio Inc. (NASDAQ: TELA) is a commercial-stage medical technology company focused on designing, developing, and marketing innovative tissue reinforcement materials to address unmet needs in soft tissue reconstruction. The company is committed to ...
based inNeustadt-Glewe, GERMANY
The MBP – Medical Biomaterial Products GmbH in Northern Germany develops, manufactures and markets collagen based medical devices for hemostasis, wound care and tissue regeneration. MBP gathered significant expertise in collagen and works ...
Rematrix is a cell-free dermal collagen matrix derived from porcine dermis (ADM). Rematrix is intended for use as a surgical biomaterial implant for soft tissue repair, serving as a scaffold material, tissue coverage or tissue replacement. The ...
based inMarietta, GEORGIA (US) (USA)
The original vision for Artelon was cast by world renown orthopedic surgeon Lars Peterson, MD/PhD. His experience clinically investigating multiple synthetic tendon and ligament devices that failed highlighted key design features necessary for a ...