Tooth implanting device realizing vibration reduction through electromagnetic suspension

Abstract

The invention discloses a tooth implanting device realizing vibration reduction through electromagnetic suspension. The tooth implanting device comprises a casing, a casing cover, a central body, a vibration shaft, a drive element and a central body cover. The tooth implanting device is safe and efficient, a tooth implant implanted by the device has better initial stability. For interference implanting through vibration, only a small implanting hole is needed to be prepared, the amount of alveolar bone of a patient is kept as much as possible, injury of the patient is reduced, and recovery period of the patient is shortened. An eccentric swing part can promote the whole structure to vibrate during rotation due to the fact that the center of gravity of the part is away from the rotating center, and the design is easy, stable and reliable. The design of integration of a shaft body and the eccentric swing part is compact, violent shaking and collision are not produced easily, and assemblyoperation is facilitated. The device is divided into multiple sections for manufacture and assembly, assembly is facilitated, and cost is reduced.

Description

technical field [0001] The invention relates to the field of dental implant technology. Background technique [0002] At present, in dental implant surgery, most of the dental implants are installed in the oral cavity by means of threaded connections. It is necessary to drill a large hole in the patient's alveolar bone first, and then fix the dental implant and the alveolar bone through threads. together. This operation will cause great damage to the alveolar bone and mucoperiosteal flap, which is prone to intraoperative bleeding and postoperative swelling, which prolongs the recovery time. Interference implantation is beneficial to bone regeneration and ensures the initial stability of the implant. The existing interference implant technology knocks the implant into the extraction socket. Although it does not need to drill holes in advance to cause damage, it will also cause huge damage to the alveolar bone and even the entire jaw. [0003] The existing interference impl...

AI Technical Summary

Problems solved by technology

The existing interference implant technology knocks the implant into the extraction socket. Although it does not need to drill holes in advance to cause damage, it will also cause huge damage to the alveolar bone and even the entire jaw

[0003] The existing interference implant technology knocks the implant into the extraction socket. Although it does not need to drill holes in advance to cause damage, the impact force caused by the percussion will also cause huge damage to the alveolar bone and even the entire jaw. thereby prolonging the recovery period of the patient

Moreover, the vibration generated by the existing surgical instruments during operation will affect the accuracy of the doctor's surgical hole preparation, making the surgical operation extremely difficult

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