The invention discloses a function gradient bionic structure
titanium alloy artificial
implant and a forming method thereof. Based on the special service performance demand of the
human body skeletonand the enlightenment of the high performance of a
honeycomb space porous structure in nature, by combining the excellent anti-bacterial performance of
metal silver nanoparticles in the
human body, and by means the advanced
laser additive
manufacturing technology, the low-modeling gradient bionic structure
titanium alloy artificial
implant with a high anti-bacterial
performance function is precisely formed. According to the function gradient bionic structure
titanium alloy artificial
implant and the forming method thereof, the
integrated manufacturing of the
titanium alloy artificial implant with a bionic structure and the anti-bacterial function is achieved, the
manufacturing efficiency is greatly improved, the production cost is effectively reduced, and good
economic benefits are achieved; and on the other hand, the
titanium alloy artificial implant manufactured through the method achieves the excellent mechanical performance and the anti-bacterial performance, the
biocompatibility and the service performance of the implant are remarkably improved, and wide market prospects are achieved.