Multi-section implant assembly and manufacturing method thereof

A multi-stage implant technology, applied in the field of biomedical engineering, can solve the problems of poor osseointegration, poor mechanical structural properties, and easy loosening of implants, and achieve the effects of fast molding speed, short manufacturing cycle, and excellent mechanical structural properties

Active Publication Date: 2016-01-13
FUJIAN CTRUE MATERIALS TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

At this time, the bone tissue around the implant will bear a low load state for a long time, which will cause the implant to loosen easily
Moreover, the surface of the implant is in a sealed shape, and the osteoblasts of

Method used

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  • Multi-section implant assembly and manufacturing method thereof
  • Multi-section implant assembly and manufacturing method thereof
  • Multi-section implant assembly and manufacturing method thereof

Examples

Experimental program
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Effect test

specific Embodiment approach ( 1

[0041] Such as Figure 1-7Shown is a multi-segment implant assembly provided by the present invention, including an implant 1, a personalized abutment 2 connected to the upper end of the implant 1, and fixing bolts connected between the implant 1 and the personalized abutment 2, The implant 1 includes implant segment one 1-1, implant segment two 1-2, implant segment three 1-3 and implant transgingival segment 1-4 arranged sequentially from bottom to top. Section 2 1-2 is a porous section. The implant body 1 is provided with a threaded counterbore 1-6, and the upper end of the implant 1 is provided with a personalized abutment located above the threaded counterbore 1-6 and extending inward. 2 connected abutment interface 1-5; the personalized abutment 2 includes a crown connection section 2-1, an abutment transgingival section 2-2 and an implant connection section 2-3 arranged from top to bottom. The implant connection section 2-3 is matched with the abutment interface 1-5, an...

specific Embodiment approach ( 2

[0050] A method for preparing a multi-segment implant component, characterized in that: the method includes sequentially performing 3D scanning, CAD modeling and 3D printing;

[0051] The 3D scanning is to use a 3D scanner to scan the patient's oral cavity and affected teeth to obtain the shape information of the implant 1 and the personalized abutment 2;

[0052] The CAD modeling is based on the data scanned by three-dimensional software, combined with the tooth position, shape and alveolar bone modulus of the patient's affected tooth to design the implant 1 and personalized abutment 2 that meet the requirements;

[0053] The 3D printing is to print the implant 1 and the personalized abutment 2 designed by CAD modeling with a 3D printer.

[0054] The design steps of the porous structure in the multi-segment implant assembly are as follows:

[0055] 1) Simulation stage

[0056] Through theoretical analysis, under the same force, the strain of bending deformation is greater t...

Embodiment 1

[0063] Such as Figure 8 As shown, a porous structure implant provided by the present invention includes an implant segment 1-1, an implant segment 2 1-2, an implant segment 3 1-3, and an implant segment arranged sequentially from bottom to top. The gingival segment 1-4, the implanted segment 1-2 is a porous segment, the Young's modulus of the outer surface of the porous segment is 10GPa, the Young's modulus of the center of the porous segment is 45GPa, and from the outer surface to the The central position realizes the gradient increase, and the implant body 1 is provided with threaded counterbores 1-6, and the upper end of the implant 1 is provided with a threaded counterbore 1-6 and extending inward for connecting with the personalized abutment 2. The abutment interface 1-5; the gingival piercing section 1-4 is an inverted truncated cone, the height of the inverted truncated cone is 3.75mm, the taper of the inverted truncated cone is 108 degrees, and the maximum diameter of...

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Abstract

The invention relates to a multi-section implant assembly and a manufacturing method thereof. The implant assembly comprises an implant, an individual abutment and a fixed bolt, wherein the implant comprises an implanted section I, an implanted section II, an implanted section III and an implant trans-gingival section; the implanted section II is a porous section; a threaded counter bore is arranged inside the implant body; an abutment interface is arranged at the upper end of the implant; the individual abutment comprises a crown connection section, an abutment trans-gingival section and an implant connection section; a stepped hole is additionally arranged in the middle of the individual abutment; and the threaded end of the fixed bolt is in threaded connection to the threaded counter bore. The implant assembly can be customized according to the actual modulus of alveolar bone of a patient; by virtue of the structure of the porous section, the contact area between the implant and compact bone is improved and a fitting property of the implant to the compact bone is improved, so that the compact bone is continuously stimulated, a problem of loosening after firmware is installed is solved and binding force of the implanted implant body with the alveolar bone is improved, and a bone infusion effect is good. The manufacturing method is high in forming speed and short in manufacturing cycle, and the manufacturing method is capable of meeting actual demands of various patients.

Description

technical field [0001] The invention relates to the technical field of biomedical engineering, in particular to a multi-segment implant component and a preparation method thereof. Background technique [0002] Successful dental implant surgery can achieve the basic restoration of natural tooth function. The stability of the implant in the early stage of the artificial dental implant process and the firmness of the connection between the crown, abutment and the implant in the later stage are the key to the final success of the implant. The quality of dental implants and osseointegration is one of the factors for the success of dental implants, that is, the structure and elastic modulus of implants play an important role in osseointegration. Reasonable structure and matching elastic modulus can make the implant and alveolar bone tightly combined. However, there are two major disadvantages in the existing dental implants. The stress concentration point is on the interface bet...

Claims

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Application Information

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IPC IPC(8): A61C8/00
Inventor 林锦新卢衍锦林俊杰黄永才吴松全甘艺良郭塞赵超前
Owner FUJIAN CTRUE MATERIALS TECH
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