The advantages of our porous nitinol alloy extend beyond its usage in dental implant applications. Our objective is to provide all segments of bone implants with not only economical but cutting-edge technology.
We have an ISO 13485 certified plant and can make various sorts of bone implants such as dental, fusion cage, maxillofacial, hip, cranial, or orthopaedic plates. If you are interested, please contact us immediately away. Send us your design, and we will create your world's first items.
Non-cytotoxic to the subconfluent monolayer of L-929 mouse fibroblast cells
Demonstrated a non-cytotoxicity effect under the condition of this study.
Did not reveal any systemic toxicity under the experimental conditions employed.
Does not induce significant micronucleus formation in V79-4 cells when tested without and with metabolic activation.
Non-mutagenic at the limit concentration in the Bacterial Reverse Mutation Test under the laboratory conditions tested.
“Non-irritant” to the skin of New Zealand White rabbit under the experimental conditions employed.
Lower histopathological assessment score = 48% more biocompatible than industry standard titanium alloy.
The average breakdown potential of 677 mV which is well above 600 mV threshold as a minimum requirement suggested by FDA.
3 challenged microorganisms. Results indicate there were no
bacteriostatic and fungistatic effects by the products.