Compared to traditional coatings, where the bone anchors itself to the coating, HAnano Surface does not act as an interface that separates the bone from the implant. The nano-thin surface allows newly formed bone to grow directly into the micrometric topography, or roughness, of the implant surface, thus providing mechanical stability.
Products and Technology
HAnano Surface® combines several features known to enhance osseointegration into a single surface modification. The combination of high wettability and surface chemistry, with optimized nano-roughness, enhances bioactivity and the adsorption of specific proteins to the implant.
Essas propriedades regulam o comportamento celular e influenciam a regeneração dos tecidos, aumentando as funções dos osteoblastos, construindo assim mais osso rapidamente.
Products and Technology
HAnano Surface® combines several features known to enhance osseointegration into a single surface modification. The combination of high wettability and surface chemistry, with optimized nano-roughness, enhances bioactivity and the adsorption of specific proteins to the implant.
Essas propriedades regulam o comportamento celular e influenciam a regeneração dos tecidos, aumentando as funções dos osteoblastos, construindo assim mais osso rapidamente.
The modification of an implant with HAnano Surface is performed through a wet chemical process. Only ready-to-use equipment is required and can be easily integrated into existing implant manufacturing lines. For OEMs without in-house manufacturing capabilities, Promimic has established a strategic partnership with Danco, a leading provider of surface treatments for the medical device industry. Danco has a fully validated and operational HAnano Surface production line at its facility in Warsaw, Indiana (USA), which is now offered to Promimic’s customers.
HAnano Surface® has been evaluated in over 50 pre-clinical studies, testing a variety of materials and implant designs in different models.
The results show that HAnano Surface: Promotes bone quality during healing, improves initial implant stability, accelerates osseointegration, and promotes bone growth and ingrowth for any type of implant.
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