WO2016093505A1

WO2016093505A1 - Device for guiding hole formation in implant prosthesis and manufacturing method therefor

Info

Publication number: WO2016093505A1
Application number: PCT/KR2015/012373
Authority: WO
Inventors: 이두형; 강혜원
Original assignee: 경북대학교 산학협력단
Priority date: 2014-12-11
Filing date: 2015-11-18
Publication date: 2016-06-16
Also published as: KR101642605B1; KR20160071279A

Abstract

The present invention relates to a device for guiding hole formation in an implant prosthesis and a manufacturing method therefor and, more specifically, to: a device for guiding hole formation in an implant prosthesis in which, in an abutment connected through a screw to a fixing member, which is implanted in the gums, so as to support a prosthesis such that the prosthesis is fixed, the screw and the abutment can be smoothly exchanged and repaired when the screw connecting the abutment to the fixing member is damaged during the use of the prosthesis; and a manufacturing method therefor. According to the present invention, provided is the device for guiding hole formation in an implant prosthesis, and the manufacturing method therefor, the device comprising: a template (100) arranged on the teeth while encompassing a prosthesis (140) supported and fixed by a fixing member (110), which is implanted in the jaw bone (10) of a person receiving a dental implant, and an abutment (130) fixed through a screw (120), and simultaneously encompassing normal teeth (30) arranged in parallel to the prosthesis (140); an inner sleeve (200) fixed in a through hole (150) drilled into the template (100), and arranged at a position corresponding to the prosthesis (140); and an outer sleeve (300) having a support and guide protrusion (310) for enabling the head (70) of a drill (50), the head (70) being enabled to fasten or release the screw (120), to be introduced thereinto and supported therein, and for guiding the movement of the head (70), and arranged so as to be detachably coupled to the inner sleeve (200).

Description

Implant prosthesis hole forming guide device and manufacturing method thereof

The present invention relates to an implant prosthesis hole forming guide device and a method of manufacturing the same, and more particularly, in the abutment that is connected to the implant fixture placed in the gum to support the prosthesis can be fixed, during use of the prosthesis The present invention relates to an implant prosthesis occlusal surface hole guide device and a method for manufacturing the implant prosthesis which can smoothly replace and repair the screw and the abutment when the screw connecting the abutment and the fixture is damaged.

Implants, also called artificial or tertiary teeth, are biocompatible with jawbones that are bulky enough to be wrapped sufficiently by additional surgery, such as bone grafts and bone elongation, to the jawbone at the site where the tooth is missing or pulled out. It is a dental treatment that restores the function of natural child by planting an implant body.

These implants undergo bone remodeling of the jaw bone around the implant after osseous adhesion, which is a morphological, physiological and direct coupling between the jawbone where the normal function is maintained and the surface of the implant body. Used.

In the case of general prosthetics or dentures, the surrounding teeth and bones are damaged after time, but the implants do not damage the surrounding dental tissues, and they have the advantage that they can be used semi-permanently because they have the same function or shape as natural teeth and do not cause tooth decay.

Implants enhance the function of dentures and improve the esthetic aspects of dental prosthetic restorations, as well as dissipate excessive stress on the surrounding supportive bone tissue, as well as single missing tooth restorations, as well as partial and complete dentifiable patients. It will help to stabilize.

In most cases, the implant prosthesis is fixed while being supported by the abutment which is connected to the fixture and the screw that is placed on the gum. There is a problem that the bond between the abutment and the fixture is loosened due to the damage of the screw due to prolonged use.

In this way, if the abutment and the fixture are loosened due to the damage of the screw, the prosthesis will be shaken. In this case, the prosthesis and the abutment should be separated from the fixture to replace the prosthesis and the abutment so that the new prosthesis will be replaced. There was an economic problem with excessive time and cost.

The present invention has been made to solve the above problems, the implant prosthesis hole forming guide device according to the present invention and a method of manufacturing the same, when the implant user has a problem with the implant during use of the implant, the screw and abutment simply repair and An object of the present invention is to provide an implant prosthesis hole forming guide device and a method of manufacturing the same, which can be replaced and maintained.

Implant prosthesis hole forming guide device and a manufacturing method according to the present invention, the implant can be maintained while using the implant for a long time, the fixture and the abutment of the implant is firmly fixed to each other so that the prosthesis can be maintained firmly An object of the present invention is to provide a prosthesis hole forming guide device and a method of manufacturing the same.

The implant prosthesis hole forming guide device and a method for manufacturing the same according to the present invention provide an implant prosthesis hole forming guide device and a method for manufacturing the implant prosthesis to easily maintain or replace the fixed state of the abutment fixed through the screw in the implant body. The purpose is to.

The implant prosthesis hole forming guide device and the manufacturing method thereof according to the present invention, the prosthesis is fixed to the abutment 130 fixed through the fixing body 110 and the screw 120 to be implanted in the jaw bone 10 of the implant target ( 140 and a template 100 disposed while simultaneously wrapping the normal tooth 30 disposed in parallel with the prosthesis 140; An inner sleeve 200 fixed to the through hole 150 drilled in the template 100 and disposed at a position corresponding to the prosthesis 140; And a support guide jaw 310 for guiding the flow of the head 70 while allowing the head 70 of the drill 50 to tighten or loosen the screw 120 to enter and be supported. It includes; an outer sleeve 300 detachably coupled to the sleeve 200.

The inner sleeve 200 is fixed to the template 100 through a resin, and the outer sleeve 300 may be rotated while being coupled on the inner sleeve 200, and is formed to be fixed at a predetermined position so that the inner sleeve 200 is fixed to the template 100. Guide the flow of the head 70.

The inner sleeve 200 enters the drilling hole 132 formed through the abutment 130 so that the screw 120 enters the abutment 130 to be coupled to the fixture 110. Due to this, the inner sleeve 200 includes a guide protrusion 210 for guiding the fixed position on the template 100, the guide protrusion 210, the inner sleeve 200 is a template ( Before it is fixed to 100).

The drill 50 is guided by the outer sleeve 300 when the screw 120 is fixed to the fixing body 110 and the abutment 130 are mutually fixed to penetrate the prosthesis 140 to the Screw 120 may be retightened or replaced.

Main model manufacturing process (S100) for producing a main model by floating the bone after the impression to obtain a fixture 110 made of a metal in the jawbone 10 of the implant target; After the main model manufacturing process (S100) is completed, the abutment 130 connected to and fixed through the fixing body 110 and the screw 120 is connected to the main model, and the prosthesis in the form of teeth on the abutment 130 ( Template mounting process (S200) of manufacturing the template of the template 100 after the work is made by replicating it, and replicating it to produce a working model; After the template manufacturing process (S200) is completed, the through hole 150 is formed by drilling a place where the abutment 130 is located in the template of the template 100, and an inner sleeve disposed in the through hole 150 ( When the guide protrusion 210 protruding from the 200 is positioned on a vertical line with the punching hole 132 that is drilled in the abutment 130, the guide protrusion 210 is removed at the position and the inner sleeve 200 is removed. Inner sleeve fixing step (S300) to be fixed through the resin on the template 100; And an outer sleeve connecting the outer sleeve 300 to the inner sleeve 200 to be detachably coupled to the inner sleeve 200 and rotatable on the inner sleeve 200 after the inner sleeve fixing process S300 is completed. It includes a bonding step (S400).

The outer sleeve coupling process (S400), the support guide jaw 310 for guiding the flow of the head 70 while allowing the head 70 of the drill 50 to enter and support the inside of the outer sleeve 300 The support sleeve forming step (S410) to be formed in the outer sleeve 300 before the outer sleeve 300 is coupled to the inner sleeve (200).

After the outer sleeve coupling process (S400) is completed, the prosthesis 140 is drilled by the drill 50 when the screw 120 is replaced while the prosthesis 140 is in use, and the screw provided in the drill head 70 ( 90 replaces the screw 120 through the drilling hole 132, the perforated prosthesis 140 includes a repair process (S500) to be re-used by the same material as the prosthesis.

The template manufacturing process (S200), after the tooth is scanned through the oral scanner during the production of the working model may be stored in the scan information to produce a template (100).

Implant prosthesis hole forming guide device and the manufacturing method according to the present invention, when a problem occurs during the use of the implant, by simply accessing the problem portion of the screw and abutment can be easily repaired and replaced to maintain the use of the operator and patient accordingly There is a technical effect that can increase the convenience.

The implant prosthesis hole forming guide device and the method of manufacturing the same according to the present invention have a technical effect of being able to maintain a solid fixation state while using the implant for a long time, so that the patient can use it smoothly.

The implant prosthesis hole forming guide device and the manufacturing method thereof according to the present invention have an economic effect that can easily replace the screw or abutment of the implant even when the implant is used for a long time to shorten the working time and minimize the cost consumption.

1 is a view showing the implant prosthesis hole forming guide device according to the present invention.

Figure 2 is a view showing the separation of the implant prosthesis hole forming guide device according to the present invention.

Figure 3a, 3b is a view showing the engagement cross section of the implant prosthesis hole forming guide device according to the present invention.

Figure 4a, 4b is a view showing an embodiment of the implant prosthesis hole forming guide device according to the present invention.

5 is a view showing another embodiment of the implant prosthesis hole forming guide device according to the present invention.

6 is a flow chart schematically showing a method for manufacturing an implant prosthesis guide according to the present invention.

DETAILED DESCRIPTION OF THE INVENTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the invention are different, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several aspects, and length, area, thickness, and the like may be exaggerated for convenience.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

In the following detailed description, for example, in the abutment which is connected to the fixing body placed on the gum to support the prosthesis, the screw and the abutment are damaged when the screw connecting the abutment and the fixing body during use of the prosthesis is damaged. Of course, the technical configuration of the implant prosthesis hole forming guide device and its manufacturing method [particularly, template, inner sleeve, outer sleeve] that can be replaced and repaired smoothly can be applied.

1 to 3B, the implant prosthesis hole forming guide device according to the present invention includes a template 100 and a prosthesis 140 which are disposed while simultaneously enclosing the normal teeth 30 arranged side by side with the prosthesis 140. And an inner sleeve 200 disposed on the template 100 at a position corresponding to the outer sleeve 200, and an outer sleeve 300 detachably coupled to the inner sleeve 200.

The template 100, the prosthesis 140 and the prosthesis 140 is fixed to the abutment 130 is fixed through the fixing body 110 and the screw 120 to be implanted in the jawbone 10 of the implant target, and the prosthesis 140 It is arranged while wrapping the normal teeth 30 are arranged side by side at the same time.

The template 100, the inner sleeve 200, and the outer sleeve 300, the abutment 130 is damaged or the screw 120 is damaged and the screw (120) while the implant subject is mounting and using the prosthesis 140 When 120 is disengaged from the fixture 110, the drill can penetrate the prosthesis 140 to loosen or tighten the screw 120 and to replace the screw 120 and the abutment 130. It will be used after storage.

In order to manufacture the template 100, the fixed body 110 is placed in the jawbone 10, and after three months, the impression is acquired to produce a main model.

Subsequently, the abutment 130 is connected to the main model and the prosthesis 140 is mounted, and then the abutment 130 and the prosthesis 140 of the main model are replicated to produce a work model, and the work model is vacuum-pressure molded. The template 100 will be produced.

Here, since the main model and the working model, the fixture 110, the screw 120, the abutment 130 and the prosthesis 140 are well-known techniques, description thereof will be omitted.

The template 100 is preferably formed to be transparent to enable a smooth check of the coupling state to the prosthesis 140 and the normal tooth 30 to be mounted on the gum portion of the implant subject during use.

In addition, the length of the template 100 may have various lengths according to the needs of the user if the template 100 can be firmly coupled to the normal tooth 30 and the prosthesis 140.

The inner sleeve 200 is fixed to the through hole 150 drilled in the template 100, but is disposed at a position corresponding to the prosthesis 140.

As shown in FIG. 3A, the inner sleeve 200 is formed through the abutment 130 so that the screw 120 enters the abutment 130 and may be coupled to the fixture 110. Due to entering the drill hole 132, the inner sleeve 200 may include a guide protrusion 210 for guiding the fixed position on the template 100.

That is, the guide protrusion 210, so that the inner sleeve 200 is fixed to the template 100 in the vertical position on the perforation hole 132 of the abutment 130 is the center of the inner sleeve (200) You will be in charge of guiding.

Here, the operation of checking whether the guide protrusion 210 enters the drilling hole 132 of the abutment 130 and the guide protrusion 210 is disposed on a vertical line with the drilling hole 132 may include the prosthesis ( 140 proceeds to be removed from the abutment 130.

As shown in FIG. 3B, the guide protrusion 210 is removed before the inner sleeve 200 is fixed to the template 100.

The inner sleeve 200 serves to prevent the head of the drill from flowing left and right when tightening or loosening the screw 120 with a drill.

Such, the inner sleeve 200 is preferably formed in a cylindrical shape surrounding the lower portion of the drill head.

In addition, the inner sleeve 200 may be fixed to the template 100 through resin, and if the inner sleeve 200 may be firmly fixed to the template 100 and is harmless to the human body, various inners Naturally, various materials may be used to secure the sleeve 200.

In particular, the inner sleeve 200 is fixed to the template 100 through the resin is only one embodiment, if the inner sleeve 200 can be firmly fixed to the template 100, harmless to the human body It goes without saying that synthetic resins or a variety of adhesive materials can be used.

In addition, after the inner sleeve 200 is fixed to the template 100 through the resin, the prosthesis 140 is mounted on the abutment 130, and then drills through the abutment 130 with a drill hole 132. As the drill approaches the inner screw 120, the drill may enter the inner sleeve 200 and receive a position guide by the inner sleeve 200.

On the other hand, the outer sleeve 300 is provided with a support guide jaw 310 for guiding the flow of the head while allowing the head of the drill to tighten or loosen the screw 120 is supported, the inner Detachable coupling with the sleeve 200 is arranged.

Here, the outer sleeve 300 serves to guide the inner sleeve 200 so as to block the drill from flowing from side to side and only to drill the inner sleeve 200.

In other words, the outer sleeve 300 is to enter the head of the drill to be supported by the guide jaw 310 while serving to enable drilling in a state where the drill is firmly fixed.

In addition, the outer sleeve 300, can be rotated while being coupled on the inner sleeve 200, is formed to be fixed at a set position to guide the flow of the head.

That is, since the outer sleeve 300 may be rotated on the inner sleeve 200, the head of the drill is arranged in various directions through the guide jaw 310, and thus the head of the drill is disposed in the outer sleeve 300. The inner sleeve 200 can be entered to facilitate the user's procedure.

Referring to Figures 1 to 3b, Figures 4a to 5, the implant prosthesis hole forming guide device according to the present invention, the template is disposed while wrapping the normal teeth 30 arranged in parallel with the prosthesis 140 at the same time 100, an inner sleeve 200 disposed on the template 100 at a position corresponding to the prosthesis 140, and an outer sleeve 300 detachably coupled to the inner sleeve 200.

The template 100, the inner sleeve 200 and the outer sleeve 300, the abutment 130 is damaged or the screw 120 is damaged or screwed while the implant subject is mounting and using the prosthesis 140 When 120 is released from the fixture 110, the drill can penetrate the prosthesis 140 to loosen or tighten the screw 120, so that the screw 120 and the abutment 130 can be replaced It will be used after storage.

In this state, the fixture 110 is implanted in the jawbone 10 of the implant subject, and after the abutment 130 is mounted to the fixture 110 through the screw 120, the screw 120 or abutment If the 130 is damaged, there is a problem that the screw 120 and the abutment 130 and the prosthesis 140 must be lifted out and replaced.

In order to prevent this, the template 100, the inner sleeve 200 and the outer sleeve 300 were stored.

That is, after the template 100 is disposed at the set position of the prosthesis 140 and the normal tooth 30, the head 70 of the drill 50 is connected to the outer sleeve 300 and the inner sleeve 200. It will be entered sequentially.

At this time, the drill 50 is supported by the guide jaw 310 is mounted, and because the outer sleeve 300 is flowed on the inner sleeve 200, the operator to the comfortable position to position the drill 50 You can change it.

In this state, the screw 90 extending from the head 70 is drilled to drill the prosthesis 140.

Subsequently, when the screw 90 punctures the prosthesis 140, the screw 90 enters the boring hole 132 of the abutment 130 to loosen or retighten the screw 120.

In addition, when loosening the screw 120, the abutment 130 can also be smoothly replaced, the prosthesis 140 can also be smoothly replaced and reused.

As a result, through the template 100, the inner sleeve 200 and the outer sleeve 300, the drill 50 is a screw 120 to allow the fixture 110 and the abutment 130 to be coupled to each other When the damage of the outer sleeve 300 and the inner sleeve 200 is guided through the prosthesis 140 is to be able to tighten or replace the screw 120 again.

As shown in FIG. 5, when the replacement of the screw 120 or the abutment 130 is completed, the screw 120 is rotated through the screw 90 of the drill 50 to fix the fixture 110 and the abutment ( After the 130 is coupled to each other, the prosthesis 140 is mounted on the abutment 130 to be reused.

In addition, the hole formed in the prosthesis 140 by the screw 90 may smoothly use the prosthesis 140 by filling the hole portion of the same or similar material as that of the prosthesis 140.

Referring to Figures 1 to 5, referring to Figure 6, the implant prosthesis guide manufacturing method according to the present invention, the main model manufacturing process (S100) for producing the mock-up (20), and to produce the template of the template 100 Template manufacturing process (S200), inner sleeve fixing process (S300) for fixing the inner sleeve 200 through the resin on the template 100, and the outer sleeve 300 to the outer sleeve 200 to connect the inner sleeve (200) Sleeve coupling process (S400) will be included.

주모형제작공정(S100)Main model production process (S100)

The main model manufacturing process (S100) is a process of manufacturing a main model by drawing a bone with impression acquisition after allowing the fixture 110 made of metal to be implanted in the jawbone 10 of the implant target.

In the main model manufacturing process (S100), the fixing body 110 is placed on the jawbone 10, and the fixing body 110 can be bone-adhesive at the jawbone 10 for three months. It is to make a main model by taking a pattern.

Here, the main model can be produced by pouring plaster on the impression acquisition pattern.

When the main model production process (S100) is completed, the template production process (S200) is performed.

템플레이트제작공정(S200)Template manufacturing process (S200)

The template manufacturing process (S200), after the main model production process (S100) is completed is connected to the abutment 130 is fixed to the main model through the fixing body 110 and the screw 120, the abutment After the tooth-shaped prosthesis 140 is mounted on the 130, a process model is manufactured by replicating the prosthesis 140, and then manufacturing the template of the template 100.

Such, the template 100, the prosthesis 140 and the prosthesis (140) is fixed to the abutment 130 is fixed through the fixing body 110 and the screw 120 to be implanted in the jawbone 10 of the implant subject 140 is disposed while wrapping the normal teeth 30 arranged in parallel with each other.

In particular, the template manufacturing process (S200), during the production of the working model can scan the teeth through the oral scanner to store the scan information to produce a template (100).

Thus, the scan information for scanning the teeth through the oral scanner can be stored and repeatedly used simply.

That is, the production of the working model can use a variety of methods according to the user's convenience is to reduce the time and cost spent on the procedure.

When the template manufacturing process (S200) is completed, the inner sleeve fixing step (S300) is performed.

이너슬리브고정공정(S300)Inner sleeve fixing process (S300)

The inner sleeve fixing step (S300), after the template manufacturing step (S200) is completed to form a through-hole 150 by drilling the place where the abutment 130 is located in the template of the template 100, the through When the guide protrusion 210 protruding from the inner sleeve 200 disposed in the hole 150 is located in a vertical line with the punching hole 132 that is drilled in the abutment 130, the guide protrusion 210 at the position. ) And the inner sleeve 200 is fixed to the template 100 through the resin.

In the inner sleeve fixing process (S300), the center of the inner sleeve 200 through the guide projection 210 before the prosthesis 140 is mounted on the abutment 130, the hole 132 of the abutment 130 The inner sleeve 200 can be fixed to the template 100 in a state in which it is positioned on the same vertical line as.

In this case, the inner sleeve 200 may be fixed to the template 100 through resin, and if the inner sleeve 200 may be firmly fixed to the template 100 and is harmless to the human body, various inners Naturally, various materials may be used to secure the sleeve 200.

When the inner sleeve fixing step (S300) is completed, the outer sleeve coupling process (S400) is performed.

아웃터슬리브결합공정(S400)Outer sleeve bonding process (S400)

The outer sleeve coupling step (S400), the inner sleeve fixing step (S300) after the completion of the inner sleeve 200 is coupled to the inner sleeve 200 and the outer sleeve 300 to be rotatable on the inner sleeve (200). The process of connecting to the sleeve 200.

And, the outer sleeve coupling process (S400), the support guide jaw for guiding the flow of the head 70 while allowing the head 70 of the drill 50 to enter and support the inside of the outer sleeve 300 A support guide jaw forming process (S410) may be formed at 310 to form the outer sleeve 300 before the outer sleeve 300 is coupled to the inner sleeve 200.

Since the outer sleeve 300 may be rotated on the inner sleeve 200, the head 70 of the drill 50 may be disposed in various directions through the guide jaw 310. The outer sleeve 300 and the inner sleeve 200 can be entered to facilitate the user's procedure.

As a result, the inner sleeve 200, the head 70 of the drill 50 is prevented from flowing to the left and right so that the drilling operation can be performed firmly, the outer sleeve 300, the inner By assisting the sleeve 200, the head 70 of the drill 50 is prevented from flowing left and right to enable a solid drilling.

In addition, the head of the drill may enter the outer sleeve 300 and the inner sleeve 200 in a state in which the drill is arranged in various directions by the support guide jaw 310, so that the user's procedure may be more firmly and smoothly performed. To make it possible.

As such, when the inner sleeve 200 is fixedly disposed on the template 100, and the outer sleeve 300 is detachably coupled to the inner sleeve 200, the operator stores the device. If the screw 120 or the abutment 130 is damaged in the future, the device is placed on top of the set prosthesis 140, and then the drill 50 is drilled into the prosthesis 140 through the screw 90 of the drill 50. ) Is to easily access the screw (120).

As such, after the prosthesis 140 is drilled, the screw 120 may be released through the screw 90 to easily replace the screw 120 or the abutment 130, and then the prosthesis 140 may be reused.

In the present invention, after the outer sleeve coupling process (S400) is completed, the prosthesis 140 is drilled by the drill 50 when the screw 120 is replaced while the prosthesis 140 is in use, and is provided in the drill head 70. The screw 90 is to replace the screw 120 through the drilling hole 132, the perforated prosthesis 140 may include a repair process (S500) to be reused by refilling the same material as the prosthesis. have.

That is, the perforated portion of the prosthesis 140 perforated by the screw 90 is to be reused by filling the same material as the prosthesis.

Through the configuration and manufacturing method of the present invention, when a problem occurs during the use of the implant, by simply accessing the problem parts of the screw and abutment can be easily maintained and replaced, thereby increasing the convenience of the operator and the patient accordingly The technical effect can be obtained.

In addition, it is possible to obtain a technical effect that can be used smoothly by the patient to maintain a solid fixed state while using the implant for a long time.

In addition, it is possible to easily replace the screws or abutment of the implant even during long-term use of the implant to reduce the working time, it is possible to obtain an economic effect to minimize the cost.

Although the embodiments of the present invention have been described above with reference to the accompanying drawings, the present invention is not limited to the above embodiments and can be manufactured in various forms, and a person of ordinary skill in the art to which the present invention belongs. It will be appreciated that the present invention may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

Claims

Prosthesis 140 is fixed and supported on the abutment 130 is fixed through the fixing body 110 and the screw 120 to be implanted in the jaw bone 10 of the implant subject, and the normal teeth disposed side by side with the prosthesis 140 A template 100 disposed while simultaneously wrapping 30;

An inner sleeve 200 fixed to the through hole 150 drilled in the template 100 and disposed at a position corresponding to the prosthesis 140; And

A support guide jaw 310 is provided to guide the flow of the head 70 while allowing the head 70 of the drill 50 to tighten or loosen the screw 120 to enter and be supported, and the inner sleeve Implant prosthesis hole forming guide device comprising ;; an outer sleeve 300 detachably coupled to the arrangement.
The method of claim 1,

The inner sleeve 200,

It is fixed to the template 100 through a resin,

The outer sleeve 300,

Implant prosthesis hole forming guide device which can be rotated while being coupled on the inner sleeve 200, is formed to be fixed at a set position to guide the flow of the head (70).
The method of claim 1,

The inner sleeve 200,

Since the screw 120 enters the abutment 130 and enters the perforation hole 132 formed through the abutment 130 to be coupled to the fixture 110, the inner sleeve 200 ) Includes a guide protrusion 210 for guiding the fixed position on the template 100,

The guide protrusion 210,

Implant prosthesis hole forming guide device, characterized in that the inner sleeve is removed before being fixed to the template (100).
The method of claim 1,

The drill 50,

When the fixing member 110 and the abutment 130 are damaged by the screw 120 for mutually fixing and fixing, the outer sleeve 300 is guided through the prosthesis 140 to tighten the screw 120 again. Implant prosthesis hole forming guide device, characterized in that the replacement or replacement.
Main model manufacturing process (S100) for producing a main model by floating the bone after the impression to obtain a fixture 110 made of a metal in the jawbone 10 of the implant target;

After the main model manufacturing process (S100) is completed, the abutment 130 connected to and fixed through the fixing body 110 and the screw 120 is connected to the main model, and the prosthesis in the form of teeth on the abutment 130 ( Template mounting process (S200) of manufacturing the template of the template 100 after the work is made by replicating it, and replicating it to produce a working model;

After the template manufacturing process (S200) is completed, the through hole 150 is formed by drilling a place where the abutment 130 is located in the template of the template 100, and an inner sleeve disposed in the through hole 150 ( When the guide protrusion 210 protruding from the 200 is positioned on a vertical line with the punching hole 132 that is drilled in the abutment 130, the guide protrusion 210 is removed at the position and the inner sleeve 200 is removed. Inner sleeve fixing step (S300) to be fixed through the resin on the template 100; And

After the inner sleeve fixing process (S300) is completed, the outer sleeve coupled to the inner sleeve 200 is coupled to the inner sleeve 200 detachably and rotatable on the inner sleeve 200 to the inner sleeve 200 Implant prosthesis guide manufacturing method comprising a step (S400).
The method of claim 5,

The outer sleeve coupling process (S400),

The outer sleeve 300 has a support guide jaw 310 for guiding the flow of the head 70 while allowing the head 70 of the drill 50 to enter and be supported in the outer sleeve 300. Implant prosthesis guide manufacturing method comprising a support guide jaw forming step (S410) to be formed on the outer sleeve 300 before being coupled to the sleeve (200).
The method of claim 5,

After the outer sleeve coupling process (S400) is completed, the prosthesis 140 is drilled by the drill 50 when the screw 120 is replaced while the prosthesis 140 is in use, and the screw provided in the drill head 70 ( 90 to replace the screw 120 through the hole 132, the implanted prosthesis guide including a repair process (S500) to be reused by punctured prosthesis 140 to the same material as the prosthesis. Way.
The method of claim 5,

The template manufacturing process (S200),

Implant prosthesis guide manufacturing method, characterized in that to produce a template (100) by storing the scan information after scanning the teeth through the oral scanner during the production of the working model.