钛合金自攻型正畸支抗钉的设计制造

      The Design and Manufacture of Self-tapping Titanium Alloy Orthodontic Anchorage

      • 摘要: 目的 设计出具有生物力学功能,可以直接自攻的正畸支抗钉。方法 设计试验了支抗钉的各种功能、结构及满足多重牵拉结扎。结果 该支抗钉无需通过微创手术,可直接自攻植入牙床骨质中。结论 支抗钉具有很好的生物相容性、支抗稳定性,在自攻固位后即可牵拉,有效地缩短了正畸周期。

         

        Abstract: Objective To devise an orthodontic anchorage nail which can tap in the target tooth by itself with bio-mechanical function. Methods All kinds of functions and structures of the supporting pin were designed and tested to meet its multiple traction and ligation. Results The self-tapping anchorage nail can be directly implanted in the tooth bed bones without using minimally invasive surgery. Conclusion The anchorage nail has good biological compatibility and anchorage stability. It can pull after tapping retention, which shortens effectively the orthodontic term.

         

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