A nanostructured hydroxyapatite (HA) embedded in a silica gel matrix, suspended in a hydrogel/polymer silica carrier. It is available in different syringe formats for placement into larger open wounds, deep cavities, and minimally invasive procedures.
Manufactured by
Chamberet, France
Biocomposites is a French company that specializes in the design and manufacture of medical devices. Our head office is located in Chamberet, France, where our products are sold to over 100 countries worldwide. Our manufacturing facilities, cover a surface of over 4000 m2, with more than 150 employees of diverse specialties. Biocomposites is a vertically integrated company which controls the complete manufacturing process, from beginning to end. Biocomposites is ISO 13485 Certified, and all of our products bear the CE mark. We consider it our mission to improve the patient s quality of life and optimize the work of the medical staff by developing state of the art products which stand out for their quality, reliability and efficiency.
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NOVUS LIFE SCIENCES LIMITED · Hong Kong
Nano-hydroxyapatite based bone filler formulation for orthopedic and dental applications. Engineered to promote bone growth and regeneration with superior biocompatibility matching natural bone composition.
NOVUS LIFE SCIENCES LIMITED · Hong Kong
Hydroxyapatite-PMMA based bone cement with nano-coating matching natural bone mineral composition. Clinically proven to enhance bone healing, provide immediate stability, and promote greater bone formation compared to conventional formulations.
Tiss'You s.r.l. · San Marino
SpherHA is a line of innovative synthetic bone substitutes based on bio-mimetic nano-structured hydroxyapatite. It is designed for bone regeneration and implantation applications in orthopedic and dental procedures.
Allgens Medical Technology Co., Ltd. · China
A composite material combining ordered type I collagen and nano-hydroxyapatite with composition and microstructure highly similar to natural bone matrix. The material is synthesized through proprietary biomimetic mineralization technology and completely degrades and absorbs in vivo while guiding new bone formation and promoting healing of bone defects.
Teknimed S.A.S · France
NANOGEL is a biomaterial solution engineered for bone restoration and ligament repair in orthopedic and spinal surgery. Designed to provide structural support and facilitate tissue integration, this biocompatible gel acts as a binding matrix between surgical sites and biological tissues. Suitable for use in spine, trauma, and reconstructive orthopedic procedures.
Allgens Medical Technology Co., Ltd. · China
An artificial bone repair material composed of ordered Type I collagen and nano-hydroxyapatite (HA) composite material with composition and microstructure highly similar to natural bone matrix. The material is synthesized through proprietary in vitro biomimetic mineralization technology, can be completely degraded and absorbed in vivo, guides new bone formation, and promotes healing of bone defects.
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IDEAR · Argentina
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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.
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A biomimetic mineralized collagen artificial bone repair material composed of orderly arranged Type I collagen protein and nano-hydroxyapatite (HA) composite material, which closely resembles the composition and microstructure of natural bone matrix. The material is synthesized through proprietary in vitro biomimetic mineralization technology, is completely biodegradable and absorbable in vivo, and guides new bone formation to promote healing of bone defects.
Allgens Medical Technology Co., Ltd. · China
Biomimetic mineralized collagen artificial bone repair material composed of orderly arranged Type I collagen protein and nano-hydroxyapatite (HA) composite material. The composition and microstructure are highly similar to natural bone matrix. The material is synthesized through proprietary in vitro biomimetic mineralization technology, is completely biodegradable and absorbable in the body, guides new bone generation, and promotes healing of bone defects.
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