Personalized healing and correction abutment for implant upper part and preparation method thereof

Abstract

The invention discloses a personalized healing and correction abutment for an implanted upper part, comprising an abutment body, a positioning hole arranged at the top of the abutment body, a screw hole arranged at the bottom of the positioning hole, and a screw hole welded to the abutment body. Several first orthodontic springs on one side wall and used for bearing the adjacent teeth on one side, welded on the other side wall of the abutment body and used for bearing on the adjacent teeth on the other side 2. Correction springs: By setting the first correction spring and the second correction spring on both sides of the abutment main body respectively, the adjacent teeth on both sides of the abutment main body can be respectively supported, so as to prevent the patient's two adjacent teeth from tilting to the missing area during implantation, Therefore, the present invention does not need to grind the adjacent teeth of the patient, nor does it need to destroy the enamel layer of the adjacent teeth, and can prevent and correct the undercut of the adjacent teeth of the patient through the first correcting spring and the second correcting spring, so as to prevent the patient from Severe impaction between the implant and the adjacent teeth leads to inflammation of the gums and prevents the implant from failing.

Description

technical field [0001] The invention relates to the technical field of oral implantation, in particular to a personalized healing and correction abutment of the upper part of the implant and a preparation method thereof. Background technique [0002] Dental implants, also known as artificial dental implants, are made of pure titanium metal, which is highly compatible with human bone, through medical methods, and are manufactured into cylinders or other shapes similar to tooth roots. In the alveolar bone of the tooth area, after 1 to 3 months, when the artificial tooth root and the alveolar bone are in close contact, the porcelain tooth is made on the artificial tooth root; the dental implant can obtain the same function, structure and aesthetic effect as the natural tooth. The very similar restoration effect has become the preferred restoration method for more and more edentulous patients; it includes two parts, the lower supporting implant and the upper dental restoration, ...

AI Technical Summary

Problems solved by technology

[0003] Due to long-term tooth loss in some patients, the adjacent teeth on both sides will tilt towards the missing area during implantation, resulting in undercuts of the adjacent teeth; Orthodontics can only solve the undercut of the adjacent teeth by adjusting and grinding the adjacent teeth, increase the gap between the implant and the adjacent teeth, and avoid impaction between the implant and the adjacent teeth, but the way of adjusting and grinding the adjacent teeth will hurt The patient's own teeth will destroy the enamel layer of the adjacent teeth, resulting in no protective layer for the adjacent teeth; if the adjacent teeth are not adjusted, it will cause the patient's implant to contact the adjacent teeth in the later stage of restoration, which will easily lead to implantation. Severe impaction between the implant and adjacent teeth, which can easily lead to gingival inflammation in the patient and lead to implant failure

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