TW202002909A - Integrated orthodontic method for dental implantation and restoration - Google Patents

Abstract

The invention relates to an integrated orthodontic method for dental implantation and restoration. It mainly uses an invisible correction unit to perform orthodontics for a patient firstly. After the patient finishes the course of orthodontic treatment, he or she can choose a dental implantation unit for dental implantation or a denture restoration unit for denture restoration. Accordingly, the teeth can be more beautiful after dental implantation or dental restoration, and the teeth will not be damaged, so as to increase the practicality and efficiency for the whole implementation.

Description

Comprehensive correction method for dental implant and restoration

The invention relates to a comprehensive correction method for tooth implantation and restoration, in particular to a tooth correction using an invisible correction unit in a patient's oral cavity. After the patient completes the tooth correction, the patient enters the tooth implantation unit for dental implantation Or enter the denture restoration unit to perform denture restoration operations, which can make the implants or teeth more beautiful after restoration, and will not cause damage to the teeth, and the utility of the overall implementation of the more effective features.

According to the press, people are prone to tooth damage or even tooth loss when various diseases occur in the teeth, especially as the age increases, the tooth loss is more obvious; and the tooth damage and loss will make the teeth irregular and not only affect Oral health and chewing function, causing food to be unable to chew adequately, increasing the burden on gastrointestinal absorption, and also causing the teeth next to the tooth loss to tilt to the missing tooth, deforming the tooth and embedding food in the missing tooth And affect the aesthetics of facial contours.

With the advancement of medical technology in dentistry, severely damaged or missing teeth can be extracted, and the tooth hole can be drilled at the slot of the tooth after extraction or tooth loss for implantation Artificial tooth roots, and then artificial tooth crowns are placed on the upper ends of artificial tooth roots to use implants to replace the extracted or lost teeth; or to grind the teeth on both sides of the tooth groove corresponding to the extracted tooth or the tooth loss, for Enclose the crown, and use the crown to replace the tooth that is removed or lost.

However, although the above-mentioned dental medical restoration method can achieve the expected effect of replacing the extracted or lost tooth, it is also found in its actual operation and use that it is directly implanted because the tooth to be restored is not corrected first , It is easy to cause poor aesthetic appearance of the implant site. In addition, if the tooth to be restored is not first corrected, that is, the crown is to be snagged, the tooth at the relative position needs to be ground down, which will cause damage to the tooth and cause damage. There is still room for improvement in its overall implementation.

The reason is that in view of this, the inventors have upheld many years of rich design development and practical production experience in the relevant industry, and then studied and improved the existing structure and deficiencies, providing a comprehensive correction method for dental implants and restoration, in order to achieve more The purpose of good practical value.

The main purpose of the present invention is to provide a comprehensive correction method for dental implants and restorations, which is mainly to first use the invisible correction unit in the patient's oral cavity to perform dental correction, and after the patient completes the dental correction, choose to enter the dental implant unit for dental implantation The operation or entering the denture restoration unit to perform denture restoration operations can make the implant or tooth restoration more beautiful, and will not cause damage to the teeth, and it will be more effective in its overall application.

The main purpose and efficacy of the comprehensive correction method for dental implants and restorations of the present invention are achieved by the following specific technical means:

Its main departments include:

A. Invisible orthodontic unit: it is the first to perform orthodontics on patients, including:

A1. Intraoral scanning unit: first perform an intraoral scan of the patient's mouth to clearly obtain digital data in the patient's oral cavity;

A2. Digital tooth model unit: After obtaining the digital data in the patient's mouth, a computer can be used to construct a digital tooth model according to the digital data in the patient's mouth;

A3. Teeth arranging design unit: use the created digital tooth model to perform tooth aligning correction for the patient, and the computer will use the tooth arranging software to perform automatic tooth arranging calculation program by the computer to generate the invisible rubber sleeve for the patient The digital design data of the corrective teeth in the initial and final stages of correction;

A4. Invisible rubber sleeve unit: according to the digital design data of the orthodontic tooth module, a physical orthodontic tooth mold is produced, and a U-shaped shell is formed by the shape of the row of teeth on the physical orthodontic tooth mold in the rubber sleeve molding machine. And the rough embryo of the invisible rubber sleeve with the orthodontic groove, and then the rough embryo of the invisible rubber sleeve is trimmed to complete the production of the invisible rubber sleeve;

A5. Orthodontic completion unit: The invisible rubber sleeve is used to provide patient wearing, and the invisible rubber sleeve is used to finely adjust and correct fine dentition such as interdental sealing. After the patient completes the treatment of dentition correction, he chooses to enter the dental implant Unit for dental implant operation or enter denture restoration unit for denture restoration operation;

B. Dental implant unit: It is a patient who can perform dental implantation after orthodontic treatment for the patient, including:

B1. Computed tomography unit: it is the first tomographic scan of the oral cavity of the patient who wants to perform dental implantation;

B2. Intraoral Scanning Unit: After a tomographic scan of the oral cavity of the patient, an oral scan of the oral cavity of the patient who intends to implant the tooth is also performed to clearly obtain the digital information in the oral cavity of the patient;

B3. Temporary braces design unit: It uses the digital information obtained in the oral cavity to design accurate temporary braces through the tooth arrangement design through the teeth design software;

B4. Surgical guide plate making unit: it is to import the obtained digital information in the oral cavity into the implant planning software to make the implant guide plate;

B5. Dental implant surgery unit: it uses the dental implant guide plate to perform flap surgery for artificial tooth implantation, and after the dental implant surgery, it installs temporary braces made by Lina design software to allow patients to use the temporary braces first , And the permanent dental prosthesis can be made from the temporary braces to replace the permanent dentures of the patient, and then the permanent dentures will be implanted in the patient;

C. Denture Restoration Unit: It is the patient who can perform the dental restoration operation after orthodontics for the patient, including:

C1. Tooth mold making unit: it is for patients to make tooth mold through biting mold;

C11. Tooth module digital data acquisition unit: scan the tooth mold produced to create digital data in the patient's mouth;

C12. Denture design unit: use the denture design software to design the denture digitally;

C13. Denture production unit: the digital design data in the oral cavity created by the denture design software will be used to produce a molded denture;

C14. Denture installation unit: The fabricated denture is installed at a preset position in the patient's mouth.

The main purpose and efficacy of the comprehensive correction method for dental implants and restorations of the present invention are achieved by the following specific technical means:

Its main departments include:

A. Invisible orthodontic unit: it is the first to perform orthodontics on patients, including:

A1. Intraoral scanning unit: first perform an intraoral scan of the patient's mouth to clearly obtain digital data in the patient's oral cavity;

A2. Digital tooth model unit: After obtaining the digital data in the patient's mouth, a computer can be used to construct a digital tooth model according to the digital data in the patient's mouth;

A3. Teeth arranging design unit: use the created digital tooth model to perform tooth aligning correction for the patient, and the computer will use the tooth arranging software to perform automatic tooth arranging calculation program by the computer to generate the invisible rubber sleeve for the patient The digital design data of the corrective teeth in the initial and final stages of correction;

A4. Invisible rubber sleeve unit: according to the digital design data of the orthodontic tooth module, a physical orthodontic tooth mold is produced, and a U-shaped shell is formed by the shape of the row of teeth on the physical orthodontic tooth mold in the rubber sleeve molding machine. And the rough embryo of the invisible rubber sleeve with the orthodontic groove, and then the rough embryo of the invisible rubber sleeve is trimmed to complete the production of the invisible rubber sleeve;

A5. Orthodontic completion unit: The invisible rubber sleeve is used to provide patient wearing, and the invisible rubber sleeve is used to finely adjust and correct fine dentition such as interdental sealing. After the patient completes the treatment of dentition correction, he chooses to enter the dental implant Unit for dental implant operation or enter denture restoration unit for denture restoration operation;

B. Dental implant unit: It is a patient who can perform dental implantation after orthodontic treatment for the patient, including:

B1. Computed tomography unit: it is the first tomographic scan of the oral cavity of the patient who wants to perform dental implantation;

B2. Intraoral Scanning Unit: After a tomographic scan of the oral cavity of the patient, an oral scan of the oral cavity of the patient who intends to implant the tooth is also performed to clearly obtain the digital information in the oral cavity of the patient;

B3. Temporary braces design unit: It uses the digital information obtained in the oral cavity to design accurate temporary braces through the tooth arrangement design through the teeth design software;

B4. Surgical guide plate making unit: it is to import the obtained digital information in the oral cavity into the implant planning software to make the implant guide plate;

B5. Dental implant surgery unit: it uses the dental implant guide plate to perform flap surgery for artificial tooth implantation, and after the dental implant surgery, it installs temporary braces made by Lina design software to allow patients to use the temporary braces first , And the permanent dental prosthesis can be made from the temporary braces to replace the permanent dentures of the patient, and then the permanent dentures will be implanted in the patient;

C. Denture Restoration Unit: It is the patient who can perform the dental restoration operation after orthodontics for the patient, including:

C2. Intraoral scanning unit: Intraoral scan of the patient's mouth directly to obtain digital data in the patient's oral cavity;

C21. Denture design unit: use the denture design software to digitally design the denture;

C22. Denture production unit: The digital design data in the oral cavity created by the denture design software will be used to produce a molded denture;

C23. Denture installation unit: The formed denture is installed at a preset position in the patient's mouth.

The preferred embodiment of the comprehensive correction method for dental implants and restorations of the present invention, wherein the invisible rubber sleeve unit is produced by the model forming machine based on the digital design data of the correction tooth module, and a transparent A plastic sleeve forming sheet is disposed on the physical orthodontic tooth mold, and the rubber sleeve forming sheet and the physical orthodontic tooth mold are placed in the rubber sleeve forming machine to apply the rubber sleeve in the rubber sleeve forming machine After hot pressing of the molding sheet, the rubber casing molding sheet is formed into a U-shaped shell and a rough embryo with an orthodontic groove according to the shape of the row of teeth on the solid correction tooth mold, and then the invisible The rough embryo of the rubber sleeve is processed by the trimming machine to finish the artificial burr to complete the production of the invisible rubber sleeve.

According to a preferred embodiment of the method for comprehensive correction of dental implants and restorations of the present invention, the denture making unit uses a 3D tooth engraving machine to make the denture using a polymer material by CNC.

According to a preferred embodiment of the method for comprehensive correction of dental implants and restorations of the present invention, the denture production unit uses a 3D printing machine to produce the denture using a polymer material by CNC.

The preferred embodiment of the method for comprehensive correction of dental implants and restorations of the present invention, wherein the dental implant surgical guide plate produced by the surgical guide plate manufacturing unit of the dental implant unit is formed with a sleeve on at least one side The sleeve is provided on at least one side of the tooth to be implanted, and the attachment portion is provided with a close-fitting hole, so that the sleeve portion can be more tightly combined with the tooth sleeve, and the tooth implant surgery guide The plate is provided with a perforation at the site where the implant is to be implanted, and a drainage hole is formed at the side edge of the dental implant guide plate. The drainage hole can be used to facilitate the drainage of blood water generated during the dental implant operation, so as to facilitate the dental implant operation To proceed.

In order to make the technical content, the purpose of the invention and the effect achieved by the invention more complete and clear disclosure, it is described in detail below, and please refer to the drawings and figures disclosed:

First of all, please refer to the first figure, which shows the flow chart of the present invention. The embodiments of the present invention include:

A. Invisible orthodontic unit: it is the first to perform orthodontics on patients, including:

A1. Intraoral scanning unit: First, perform intraoral scanning on the patient's mouth to clearly obtain the digital data in the oral cavity of the patient's oral cavity such as tooth shape and arrangement shape;

A2. Digital tooth model unit: After obtaining the digital data in the patient's mouth, a computer can be used to construct a digital tooth model according to the digital data in the patient's mouth;

A3. Teeth arranging design unit: use the created digital tooth model to perform tooth aligning correction for the patient, and the computer will use the tooth arranging software to perform automatic tooth arranging calculation program by the computer to generate the invisible rubber sleeve for the patient The digital design data of the corrective teeth in the initial and final stages of correction;

A4. Invisible rubber sleeve unit: a physical correction tooth mold is produced by the model forming machine according to the digital design data of the correction tooth module, and a transparent plastic material plastic sleeve molding sheet is arranged on the physical correction tooth mold, and the The rubber sleeve forming sheet and the solid correction tooth mold are placed in a rubber sleeve forming machine, so that the rubber sleeve forming sheet is hot pressed on the rubber sleeve forming machine in the rubber sleeve forming machine, so that the rubber sleeve forming sheet is placed on the solid correction tooth mold The shape of the dentition is formed into a U-shaped shell with an orthodontic rubber sleeve rough embryo with orthodontic grooves, and then the invisible rubber sleeve rough embryo is trimmed by a trimmer to perform artificial burr trimming and other operations to complete the production of the invisible rubber sleeve ;

A5. Orthodontic completion unit: The invisible rubber sleeve is used to provide patient wearing, and the invisible rubber sleeve is used to finely adjust and correct fine dentition such as interdental sealing. After the patient completes the treatment of dentition correction, he chooses to enter the dental implant The unit performs dental implant operation or enters the denture repair unit to perform denture repair operation.

B. Dental implant unit: It is a patient who can perform dental implantation after orthodontic treatment for the patient, including:

B1. Computer tomography unit: It is a tomography scan of the oral cavity of the patient who wants to perform dental implantation operation, and clearly knows the thickness of the alveolar bone and the nerve direction in the oral cavity;

B2. Intraoral scanning unit: After a tomographic scan of the oral cavity of the patient, an intraoral scan of the oral cavity of the patient who intends to implant the tooth is also performed, so as to clearly obtain the digital information of the oral cavity of the patient's oral cavity including soft tissue and tooth shape;

B3. Temporary braces design unit: It uses the digital information obtained in the oral cavity to design accurate temporary braces by combining the dental design software with the teeth arrangement design and the bite relationship and tooth aesthetics;

B4. Surgical guide plate production unit: it is the digital information obtained in the oral cavity, which is imported into the dental implant planning software to produce the dental implant guide plate;

B5. Dental implant surgery unit: it uses the dental implant guide plate to perform flap surgery for artificial tooth implantation, and after the dental implant surgery, it installs temporary braces made by Lina design software to allow patients to use the temporary braces first , And the permanent dental prosthesis can be made from the temporary braces to replace the permanent dentures of the patient, and finally the patient can be re-examined after implanting the permanent dentures to check the implant status.

C. Denture Restoration Unit: It is the patient who can perform the dental restoration operation after orthodontics for the patient, including:

C1. Tooth mold making unit: it is for patients to make tooth mold through biting mold;

C11. Digital data acquisition unit of tooth module: scan the tooth model to create the digital data of the upper and lower jaw gums and teeth in the patient's mouth;

C12. Denture design unit: use the denture design software to design the denture digitally;

C13. Denture production unit: the digital design data of the upper jaw, gingiva, and teeth in the oral cavity created by the denture design software, using 3D dental engraving machine or 3D printing machine to produce molded dentures with polymer materials by CNC method;

C14. Denture installation unit: The fabricated denture is installed at a preset position in the patient's mouth.

In addition, the denture repair unit may also include:

C2. Intraoral scanning unit: directly scan the oral cavity of the patient's mouth to obtain digital data of the upper and lower jaw gums and teeth in the patient's mouth;

C21. Denture design unit: use the denture design software to digitally design the denture;

C22. Denture production unit: the digital design data of the upper jaw, gingiva, and teeth in the oral cavity created by the denture design software, using 3D dental engraving machine or 3D printing machine to produce molded dentures with polymer materials by CNC method;

C23. Denture installation unit: The formed denture is installed at a preset position in the patient's mouth.

In addition, please also refer to the second diagram of the three-dimensional structure diagram of the dental implant surgical guide plate of the present invention and the third diagram of the three-dimensional structure diagram of another embodiment of the dental implant surgical guide plate of the present invention. A dental implant surgical guide (1) produced by the surgical guide manufacturing unit is formed with a sleeve portion (11) on at least one side of the dental implant surgical guide (1) to be sleeved on at least one place to be implanted On the tooth on the side, the sleeve part (11) is provided with a close-fitting hole (111), so that the sleeve part (11) can be more tightly combined with the tooth sleeve, and the tooth implant surgery guide ( 1) A perforation (12) is provided corresponding to the site where the implant is to be implanted, the perforation (12) has different apertures corresponding to different drill diameters, and a drainage hole (13) is provided at the side edge of the dental implant guide plate (1) ), the drainage hole (13) can be used to facilitate the drainage of blood water generated during the dental implant operation, so as to facilitate the dental implant operation.

In this way, the invention can be used in practice, which enables the patient to use the stealth orthodontic unit to perform orthodontics on the patient, and after the patient completes the orthodontics, the patient can choose to use the dental implant unit for dental implantation, or The denture repair unit is used to perform denture restoration operations to perform implant implant or denture restoration on the corrected teeth, and can replace the extracted or lost teeth.

Based on the above, the use and implementation of the present invention shows that, compared with the prior art methods, the present invention mainly uses the invisible orthodontic unit in the patient's oral cavity to perform dental correction, and after the patient completes the dental correction, choose Enter the dental implant unit for dental implant operation or enter the denture repair unit for denture repair operation, which can make the dental implant or tooth restoration more beautiful, and will not cause damage to the teeth, and it is more practical in its overall application. Efficacy characteristics.

However, the foregoing embodiments or drawings do not limit the product structure or usage of the present invention. Any appropriate changes or modifications by those with ordinary knowledge in the technical field should be regarded as not departing from the patent scope of the present invention.

In summary, the embodiments of the present invention can indeed achieve the expected use effect, and the specific structure disclosed by it has not only not been seen in similar products, nor has it been disclosed before application, and has fully complied with the provisions of the Patent Law To meet the requirements, I filed an application for a patent for invention according to law, and pleaded for the review, and granted the patent.

(1) ‧‧‧ Dental implant guide

(11)‧‧‧Setting Department

(111) ‧‧‧ Close hole

(12) ‧‧‧Perforation

(13) Drainage hole

Figure 1: Schematic diagram of the present invention

The second figure: the three-dimensional structure diagram of the guide plate for dental implant surgery of the present invention

Third figure: schematic view of three-dimensional structure of another embodiment of the dental implant guide plate of the present invention

Claims (6)

A comprehensive correction method for dental implants and restoration, which mainly includes: A. Invisible correction unit: it is the first to correct the patient's teeth, including: A1. Intraoral scanning unit: the oral cavity of the patient Internal scanning to clearly obtain the digital data in the patient's mouth; A2. Digital tooth model unit: After obtaining the digital data in the patient's mouth, the computer can be used to construct a digital tooth model based on the digital data in the patient's mouth; A3. Teeth arranging design unit: use the created digital tooth model to perform tooth aligning correction for the patient, and the computer will use the tooth arranging software to perform automatic tooth arranging calculation program with the tooth arranging software to generate the patient by performing invisible rubber sleeve correction. The digital design data of the corrective tooth module at each stage to the final stage; A4. Invisible rubber sleeve unit: according to the digital design data of the corrective tooth module, a physical corrective tooth mold is produced, which is corrected on the solid mold according to the entity in the plastic sleeve forming machine The shape of the dentition forms a U-shaped shell with a rough embryo of the invisible rubber sleeve, and then the rough embryo of the invisible rubber sleeve is trimmed to complete the production of the invisible rubber sleeve; A5. Correction completion unit : The invisible rubber sleeve is used to provide patient wearing, and the invisible rubber sleeve is used to finely adjust and correct fine dentition, such as interdental sealing. After the patient completes the treatment of dentition correction, he chooses to enter the dental implant unit for dental implant operation Or enter the denture restoration unit for denture restoration operation; B. Dental implant unit: It is a patient who can choose the dental implant operation after orthodontics, including: B1. Computer tomography unit: it is the first to perform Tomography scan of the patient's mouth; B2. Intraoral scanning unit: After the patient's oral tomography, the patient's oral cavity is also scanned by the mouth of the patient to be implanted to clearly obtain the patient's oral cavity Digital information; B3. Temporary braces design unit: It uses the digital information obtained in the oral cavity to design accurate temporary braces design through the teeth design software through the teeth design; B4. Surgical guide plate production unit: It is the department The acquired digital information in the oral cavity is imported into the dental implant planning software for the production of the dental implant guide plate; B5. The dental implant operation unit: it uses the dental implant guide plate to perform flap surgery for artificial tooth implantation, and in After the dental implant operation, install the temporary braces made by the Lina design software, so that the patient can use the temporary braces first, and then the permanent braces can be made from the temporary braces to make permanent dentures to replace the permanent dentures of the patient. Then implant permanent dentures into the patient; C. Denture restoration unit: It is used for patients to choose denture restoration after orthodontics, including: C1. Dental model making unit: It is used for patients to pass through the mold, To make a tooth model; C11. Tooth module digital data acquisition unit: scan the tooth model to create digital data in the patient's mouth; C12. Denture design unit: use the obtained denture design software Digital design of dentures; C13. Denture production unit: the digital design data in the oral cavity created by the denture design software will be used to produce molded dentures ; C14. Denture installation unit: The fabricated denture is installed at a preset position in the patient's mouth. A comprehensive correction method for dental implants and restoration, which mainly includes: A. Invisible correction unit: it is the first to correct the patient's teeth, including: A1. Intraoral scanning unit: the oral cavity of the patient Internal scanning to clearly obtain the digital data in the patient's mouth; A2. Digital tooth model unit: After obtaining the digital data in the patient's mouth, the computer can be used to construct a digital tooth model based on the digital data in the patient's mouth; A3. Teeth arranging design unit: use the created digital tooth model to perform tooth aligning correction for the patient, and the computer will use the tooth arranging software to perform automatic tooth arranging calculation program with the tooth arranging software to generate the patient by performing invisible rubber sleeve correction The digital design data of the corrective tooth module at each stage to the final stage; A4. Invisible rubber sleeve unit: according to the digital design data of the corrective tooth module, a physical corrective tooth mold is produced, which is corrected on the solid mold according to the entity in the plastic sleeve forming machine The shape of the dentition forms a U-shaped shell with a rough embryo of the invisible rubber sleeve, and then the rough embryo of the invisible rubber sleeve is trimmed to complete the production of the invisible rubber sleeve; A5. Correction completion unit : The invisible rubber sleeve is used to provide patient wearing, and the invisible rubber sleeve is used to finely adjust and correct fine dentition, such as interdental sealing. After the patient completes the treatment of dentition correction, he chooses to enter the dental implant unit for dental implant operation Or enter the denture restoration unit for denture restoration operation; B. Dental implant unit: It is a patient who can choose the dental implant operation after orthodontics, including: B1. Computer tomography unit: it is the first to perform Tomography scan of the patient's mouth; B2. Intraoral scanning unit: After the patient's oral tomography, the patient's oral cavity is also scanned by the mouth of the patient to be implanted to clearly obtain the patient's oral cavity Digital information; B3. Temporary braces design unit: It uses the digital information obtained in the oral cavity to design accurate temporary braces design through the teeth design software through the teeth design; B4. Surgical guide plate production unit: It is the department The acquired digital information in the oral cavity is imported into the dental implant planning software for the production of the dental implant guide plate; B5. The dental implant operation unit: it uses the dental implant guide plate to perform flap surgery for artificial tooth implantation, and in After the dental implant operation, install the temporary braces made by the Lina design software, so that the patient can use the temporary braces first, and then the permanent braces can be made from the temporary braces to make permanent dentures to replace the permanent dentures of the patient. Then implant permanent dentures in the patient; C. Denture restoration unit: It is the patient who can choose the denture restoration operation after orthodontics for the patient, including: C2. Intraoral scanning unit: Intraoral scanning of the oral cavity of the patient directly , In order to clearly obtain the digital data in the patient's oral cavity; C21. Denture design unit: use the denture design software to carry out the digital design of the denture; C22. Denture production unit: use the denture design software to create the digital data in the oral cavity Designing materials to produce molded dentures; C23. Denture installation unit: install the fabricated dentures in the patient's mouth Inside the preset position. As described in item 1 or 2 of the patent application scope, a comprehensive correction method for dental implants and restorations, in which the invisible rubber sleeve unit is produced by the model forming machine based on the digital design data of the correction tooth module, And a transparent plastic material rubber sleeve forming sheet is arranged on the physical orthodontic tooth mold, and the rubber sleeve forming sheet and the physical orthodontic tooth mold are placed in the rubber sleeve forming machine to be used in the rubber sleeve forming machine After hot pressing the rubber sleeve shaped sheet, the rubber sleeve shaped sheet is shaped into a U-shaped shell with a tooth straightening groove according to the shape of the row of teeth on the solid orthodontic tooth mold. Then, the rough embryo of the invisible rubber sleeve is subjected to artificial burr trimming with a trimmer to complete the production of the invisible rubber sleeve. As described in item 1 or 2 of the scope of the patent application, a comprehensive correction method for dental implants and restorations, wherein the denture making unit uses a 3D tooth engraving machine to manufacture and mold the denture using polymer materials by CNC. As described in item 1 or 2 of the patent application scope, a comprehensive correction method for dental implants and restorations, wherein the denture production unit uses a 3D printing machine to produce and mold the denture using a polymer material by CNC. The comprehensive correction method for dental implant and restoration as described in item 1 or 2 of the patent application scope, wherein the dental implant surgical guide plate produced by the surgical guide plate manufacturing unit of the dental implant unit is formed on at least one side There is a sleeve part for sleeves on at least one side of the tooth to be implanted. The sleeve part is provided with a close-fitting hole, so that the sleeve part can be more tightly combined with the tooth sleeve, and in the The implant surgery guide plate is provided with a perforation corresponding to the site where the implant is to be implanted, and a drainage hole is provided at the side edge of the implant implant operation guide plate. The drainage hole can be used to facilitate the drainage of blood water generated during the implant surgery. Performed during dental implant surgery.

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