WO2019192032A1 - Dental surgery implantation guide plate for complete edentulism and manufacturing method therefor - Google Patents

Abstract

A dental surgery implantation guide plate for complete edentulism, fixedly installed in the oral cavity of a patient to assist in the implanting and positioning of a denture, and primarily composed of a surgical implantation guide plate and an auxiliary positioning plate, the surgical implantation guide plate comprising: implantation guide cylinder modules (4), implantation retention cylinder modules (5), a connecting bridge module (6), an auxiliary positioning plate module (14), and bolt modules (18), the surgical implantation guide plate and the auxiliary positioning plate module (14) being fixedly connected by means of the bolt modules (18). During dental implantation surgery, the surgical implantation guide plate provides doctors with a larger operating space and a wider visual range, while the design of a concave water groove (7) near the implantation retention cylinder module (5) also allows for cooling by irrigation during surgery.

Description

Dental full-mouth dentition missing surgical implant guide plate and manufacturing method thereof Technical field:

The invention belongs to the technical field of oral cosmetic plastic surgery, and particularly relates to a dental full-mouth dentition surgery implant guiding plate and a manufacturing method thereof.

Background technique:

The initial implant surgery did not have the aid of effective equipment. The doctor's sensory experience relied on the manual visual inspection to determine the position of the artificial root, and the blind implant method increased the risk of surgery. With the development of technology, doctors have developed surgical guides to reduce the risk of surgery.

The existing surgical guides are mainly positioned in three ways: dental support, jaw support and mucosal support. Dental support refers to the use of the remaining teeth in the oral cavity as a positioning reference and support for the surgical guide, and the position of the implant is determined based on the remaining tooth position and shape information. For patients with complete mouth loss, it is not possible to use dental support, mainly using jaw support and mucosal support. Jaw support is the use of the jaw support as the positioning guide and support for the surgical guide to determine the position of the implant. During the operation, the mucosa needs to be opened up to a large extent, and the patient is traumatized; the mucosal support is the use of the patient's mucosa. The tissue is used as the positioning reference and support for the surgical guide to determine the position of the implant. Compared with the way of the jaw support, the patient has less trauma. Therefore, many patients with full-mouth loss use mucosal support for the operation, but at the same time Need to solve the problem of accurate positioning.

The traditional dental implant guides are mostly wrapped plastic materials, and the dental surgery guide plates are required to be deformed, not easy to bend, can be cooled, and have large operation space and visual range during the implementation of dental implant surgery. Wide range of features. The traditional plastic guide material has these drawbacks, which directly affects the implementation of implant surgery.

The information disclosed in this Background section is only intended to provide an understanding of the general background of the invention, and should not be construed as an admission

Summary of the invention:

SUMMARY OF THE INVENTION It is an object of the present invention to provide a 3D printed dental full-mouth dentition surgical implant guide plate that overcomes the deficiencies of the prior art described above.

In order to achieve the above object, the present invention provides a dental full-mouth dentition surgery implant guide plate, which is installed and fixed in a patient's mouth for assisting denture implant positioning, and is mainly composed of a surgical planting guide plate and an auxiliary positioning plate. Surgical implant guide plates include:

Planting a guide tube module comprising a guide tube of the same number as the implant, the guide tube being coaxial with the implant to be assembled, the inner diameter of which is adapted to the diameter of the drill bit used by the doctor;

The planting retention tube module comprises at least two retention tubes evenly distributed on both sides of the planting guide tube, the retention tube being coaxial with the retention nails to be driven into the bone;

The bridge module is connected, and the overall shape is adapted to the curve of the patient's arch, the section is trapezoidal or approximately trapezoidal, and the short bottom edge of the trapezoid is a curve, and the shorter bottom surface of the connecting bridge module corresponds to the auxiliary positioning plate;

The auxiliary positioning plate module has the lower side precisely matched with the surgical planting guide plate and the dental and maxillofacial data, and is used for assembling the surgical planting guide plate to the patient's dental and maxillofacial mucosa, so that the doctor can perform the operation of implanting the fixing nail. ;

The latch module includes a plurality of plugs between the surgical planting guide plate and the auxiliary positioning plate module, and is used for fixing the position between the surgical planting guide plate and the auxiliary positioning plate module.

Additive Manufacturing (AM), commonly known as 3D printing, is rapidly evolving in a wide range of industries. It is characterized by the complexity of manufacturing complex products, the ability to respond to diverse products, and the ability to design and shape quickly. Metal additive manufacturing (3D printing) is a combination of computer-aided design, material processing and forming manufacturing technology, based on digital model files, and dedicated metal materials are stacked in layers by software and numerical control system. Manufacturing technology for physical goods.

For dental implants, Computer Aided Design (CAD) guide plate planting uses three-dimensional reconstruction software to measure the bone density of the patient's gum bed, the height and width of the alveolar bone itself, and design the best mechanical planting point. In the operation, it avoids important nerves and blood vessels, greatly improving the safety of the operation; the planting guide plate is very suitable for the additive manufacturing method because of its high precision requirements and strong product customization requirements.

The technical solution further defined in this aspect is:

Preferably, in the above technical solution, when the axial direction of the guiding tube is at an angle with the z-axis, the wall thickness of the fixing hole of the implanting conduit is increased, and finally the outer tube wall of the guiding tube is parallel to the z-axis, and the z-axis is perpendicular to the gum Direction

The fitting surface between the connecting bridge body and the auxiliary positioning plate module may be provided with a groove or a protrusion.

Preferably, in the above technical solution, the protrusions are axially parallel cylindrical protrusions or axially parallel circular tables, and the purpose is: the grooves and the protrusions can strengthen the position of the auxiliary positioning plate and the planting guide, and the doctor fixes the position. Provides additional retention when nailed.

Preferably, in the above technical solution, at least two pins are present between the plurality of pins, and the angle in the axial direction is greater than 90°, which is to increase the connection stability and the force balance between the two.

Preferably, in the above technical solution, a connecting rod is arranged between the two ends of the connecting bridge body, which can further prevent deformation, and the connecting rod can provide additional supporting force when the doctor hits the fixing nail. In this case, the cross-sectional area of the connecting body can be reduced, or the heat treatment can be omitted, and the advantage of not performing the heat treatment is that the surface oxide layer of the sample is thin, has a metallic luster, and the patient feels good.

Preferably, in the above technical solution, the connecting body may be a cross bar or a curved bar.

Preferably, in the above technical solution, the upper jaw portion adopts a cross bar, and the lower jaw adopts a curved bar to avoid the patient tongue.

Preferably, in the above technical solution, the connecting body has a rectangular cross section for convenient matching.

Preferably, in the above technical solution, the joint between the connecting bridge body and the planting retention pipe is provided with a concave water tank, which not only has a good vision of the doctor, but also facilitates flushing and cooling in the operation, and the water flow can flow out of the oral cavity along the water tank.

Preferably, in the above technical solution, the auxiliary positioning plate module and the planting guide plate module are provided with a pin hole for inserting the pin, and the pin hole is designed with the lip side and the buccal side as a starting point, and the auxiliary positioning plate module and the planting guide plate are penetrated. Module.

Preferably, in the above technical solution, the plug is slightly longer than the depth of the pin hole, and it is recommended to be 2 mm longer than the plug. The tip of the pin is designed to be conical, which is convenient for assembly and retention. It is recommended to use standard parts.

To make a dental implant guide plate manufacturing method, follow the steps below:

S1, patient data acquisition, obtaining patient oral treatment plan data by measurement, including CT data, dental and maxillofacial data and denture design template data;

S2, planting a template design, and preparing a dental implant guide module and an auxiliary positioning plate module according to the data obtained in step S1;

S3, digital model printing, printing out the dental implant guide module and the auxiliary positioning plate module designed in step S2;

S4, the print model measurement confirms that the dental implant guide module and the auxiliary positioning plate module printed in step S3 are assembled together, and if there is no movement between the two, it is qualified, otherwise it is not qualified, and step S1 or S2 is performed again;

S5, waiting to be placed in the patient's mouth, assisting the doctor to locate the dental implant site in the mouth.

The technical solution further defined in this aspect is:

Preferably, in the above technical solution, the step S1 is specifically: obtaining the patient oral treatment plan data from the doctor, including the physical denture design model, the planting guide tube module, and the position information of the three-dimensional model of the planting retention tube module; obtaining the denture by scanning The 3D model data of the model is designed; the patient denture design template data, the dental and maxillofacial data, and the CT data are simultaneously imported into the software, and the doctor and the designer cooperate to confirm the position information of the planting guide tube module and the planting retention tube module.

Step S2 is specifically to confirm the position information of at least two retention tube modules, and the designer designs the inner diameter to match the diameter of the retention nail at the confirmed position, and the outer diameter is at least larger than the inner diameter of 1 mm and the length is 5 mm or more. Retaining pipe module;

Step S3 is specifically required to perform sand blasting treatment: removing metal particles on the printing surface without affecting precision, and ensuring accurate matching of the planting guide plate and the auxiliary positioning plate

The metal powder for the production of the surgical planting guide plate shall be purchased from the denture raw materials approved by the food and drug supervision and administration department for registration or filing, and the technical indicators shall comply with the mandatory standards or the technical requirements for the products registered or filed;

According to the planting needs, confirm the corresponding position information of the planting guide tube module. If the axial direction of the planting guide tube has a sharp inclination angle with the z-axis, increase the wall thickness of the retaining hole in the outer side of the planting guide tube, and finally reach the outer tube. The effect of the wall parallel to the z-axis;

Step S4 is specifically as follows: S4.1 Auxiliary guide plate and surgical guide plate matching verification: the auxiliary positioning plate module and the planting guide plate module are installed together, the pressing is not moved, and then the two are precisely matched by the bolt, and combined with the denture design model, Pressing without swaying; if there is any swaying phenomenon, it is necessary to re-create the dental pedicle missing implant guide.

S4.2 Surgical guide plate and patient's oral cavity matching verification: S4.2.1 Auxiliary positioning plate module and planting guide plate module are completed, after the two are passed through the bite limit, the two are accurately matched and combined into a planting template through the bolt, including the planting guide plate. The auxiliary positioning plate and the bolt are fixed on the dental jaw and the gypsum plaster model by planting the fixing nail, and the measuring rod is inserted into the planting guiding tube to obtain the angle and position information of the implant implantation in the surgical plan by using the scanner; S4 .2.2 In the computer-aided design Computer Aided Design, CAD, the design data and the physical data fit verification, based on the design data and the physical data fitting verification, further verify whether the surgical guide plate meets the allowable error value, If the data is within the error value, the dental full-tooth dentition is missing the implant guide and can be used for surgery. Before the implant operation, the patient is implanted with the fixation hole and then CT scan again to ensure that the surgical guide and the patient's mouth are in accordance with Preoperative planning is precisely matched.

A method of assembling a denture is carried out as follows:

(1) After the doctor obtains the planting template, including the planting guide module, the auxiliary positioning plate module and the plug module, after the three modules are combined into the implanting template, the doctor must ensure that the patient implants the template to try on: the mucosal support is tight; the bite is stable and accurate. ;

(2) routine disinfection of the planting guide module, auxiliary positioning plate module and latch module before surgery;

(3) During the operation, the planting guide module, the auxiliary positioning plate module and the latch module are combined into a planting template, and the doctor allows the patient to wear the implanting template, after the accurate biting, the planting retaining nail, and then the plug module and the auxiliary positioning plate module are removed. Finally, the implant guide module fixed by the planting retention nail is retained in the patient's mouth;

(4) The patient performs a CT scan again after planting the retention hole, and finally ensures that the surgical guide and the patient's mouth are precisely matched according to the preoperative planning;

(5) According to the preoperative planning, the implant is implanted with the help of the implant guide module;

(6) Removing the planting guide module;

(7) According to the specific circumstances of the patient, the denture module can be assembled on the same day; the soft tissue can also be sutured to ensure the assembly of the denture module after a certain period of time after the implant is stabilized.

Compared with the prior art, the present invention has the following beneficial effects:

Different from the traditional dental plastic guide plate, the skeletal metal dental implant guide made by the method of the present invention has the difference in material properties such as deformation and difficulty in bending, and the invention is in the form of the invention. The skeletal guide structure design also has obvious advantages compared with the traditional wrap design: during the implementation of the dental implant surgery, it not only provides the doctor with more operation space, wider visibility range, and near the planting retention tube. The concave sink design also enables flushing and cooling during the operation.

BRIEF DESCRIPTION OF THE DRAWINGS:

Figure 1 is a gypsum model of the upper and lower jaw mucosa;

2 is a positional relationship between a planting guide tube module, a planting retention tube module and a maxillary mucosa model;

Figure 3 is a planting guide module;

Figure 4: Inclined planting guide tube before and after thickening correction;

Figure 5 is a cross-sectional design of the connecting bridge module;

Figure 6 is a planting guide with a reinforcing connecting rod;

Figure 7a denture design template data A;

Figure 7b Dental and mucosal data B;

Figure 7c denture design template data A" 牙 "dental mucosa data B", from the mucosal front view;

Figure 7d planting guide data C";

Figure 7e "Auxiliary positioning plate module D", from the mucosal front view;

Figure 7f "Auxiliary positioning plate module D", side view;

Figure 8 is an auxiliary positioning plate with a simulated hole;

Figure 9 is a planting guide module with an auxiliary guide plate retention hole and an auxiliary positioning plate module;

Figure 10 is a verification drawing of the auxiliary positioning plate and the planting guide assembly.

In the figure: 1 mucosal gypsum model, 2 is used to generate a cylindrical model of planting guide tube, 3 is used to generate a cylindrical model of planting retention tube, 4 planting guide tube module, 5 planting retention tube module, 6 connection bridge body Module, 7 concave sink, 8 retaining bulges, 9 auxiliary guide retaining holes, 10 thickened modified inclined planting guide tube, 11 reinforced connecting rod, 12 denture design template data A, 13 "denture design model A" ┐ "Dental and maxillofacial model B", 14 auxiliary positioning plate module D, 15 auxiliary positioning plate module central part, 16 auxiliary positioning plate module edge part, 17 planting simulation hole, 18 bolt, 19 auxiliary positioning with auxiliary guide plate retaining hole Board module.

detailed description:

The specific embodiments of the present invention are described in detail below, but it should be understood that the scope of the present invention is not limited by the specific embodiments.

The term "comprising" or variations such as "comprises" or "comprises", etc., are to be understood to include the recited elements or components, and Other components or other components are not excluded.

The method for manufacturing the dental full-tooth dentition surgery implant guide plate of the present invention, and the above-mentioned jaw surgery planting guide plate is taken as an example, the production steps are as follows:

The patient's oral treatment plan data is obtained from the doctor, and the position information of the three-dimensional model including the physical denture design model, the planting guide tube module, and the planting retention tube module is shown in FIGS. 1 and 2. The three-dimensional model data of the denture design model is obtained by scanning. The patient's denture design template data, the dental and maxillofacial data, and the CT data are simultaneously imported into the software, and the doctor and the designer cooperate to confirm the position information of the planting guide tube module 4 and the planting retention tube module 5. 【figure 2】

As described above, the doctor and the designer jointly confirmed the position information of the three planting retention tube modules 5. It is known that the doctor uses a 2.0 mm drill bit when planting the retention tube module 5 by the planting retention tube module 5, and the designer is A planting retention tube module with an inner diameter of 2 mm, an outer diameter of 4 mm and a length of 5 mm was designed at a common confirmation position. 【image 3】

As described above, the doctor and the designer jointly confirmed the position information of the four planting guide tube modules 4, wherein the axial direction of one of the planting guide tubes has a significant inclination angle with the z-axis (the vertical direction of the gums), and the tilting axis of the retaining hole is fixed. The outer direction of the oblique angle of the xy plane (the gum plane) is increased, and the wall thickness of the retaining hole is increased, and finally the outer wall is parallel to the z-axis. 【Figure 4】

In the software, the planting guide tubes are combined by connecting the bridge modules. The cross-section of the connecting bridge body is as shown in Fig. 5. The width of the trapezoidal cross-section is 3 mm and the height is 4 mm. The angles α and β on both sides are both It is 6°. A crossbar with a cross-section of 2 mm*2 mm is added between the two ends of the connector, and the entire device is not deformed when the retaining nail is inserted during surgery. The portion where the connecting bridge body is combined with the planting retention tube is designed as a concave water tank 7. 【Figure 6】

Based on the patient's denture design template data A, dental and maxillofacial data B, planting guide data C, according to the relationship between the three through the computer three-dimensional data in the Boolean operation to obtain a preliminary model of the auxiliary positioning plate module, Boolean formula: "Auxiliary positioning board module D" = (" denture design template data A" ┐ "dental and mucosal data B") ┐ "planting guide data C" [Fig. 7a to 7g]

Further optimization of the auxiliary positioning plate module, as shown in [15 and 16 of Fig. 7], the central portion is adjusted to 2 mm, and the edge portion of the wrapped gum is adjusted to 3 mm.

According to the direction of the implant designed by the doctor, the “simulated implant” hole position is designed on the four tooth models to facilitate the doctor to simulate before surgery. [Figure 8]

In the 3D design software, four holes are designed starting from the buccal side, running through the auxiliary positioning plate module and the planting guide base module. The bolt is a standard part with a size of 2.0 mm, and the auxiliary guide plate retaining hole size is set to 2.05 mm, which is slightly larger than the bolt size. The four auxiliary guide plate retaining holes are separated on the denture design model, and the maximum angle of the axial direction of the two auxiliary guide retaining holes is about 120° [Fig. 9]

The generated auxiliary positioning board module print data is imported into the slicing software, and after the slicing is completed, the slice file is imported into the resin printing device for printing.

Post-treatment of resin printing: including the support surface and the polished layer.

The generated dental implant guide base module slice is then introduced into the slicing software, and the bonding surface of the metal model and the plastic part is placed as the upper surface, and the support is added. After the slicing is completed, the slice file is introduced into the metal melting printing device for printing.

The dental implant guide base module removes the support after removing the equipment, performing sand blasting and simple car gold.

The retaining holes were ground using a 2.0 mm milling drill, and the 2.0 mm pins were used to insert the auxiliary guide retaining holes and retaining holes with slight resistance.

The auxiliary positioning plate module and the planting guide plate are installed together, the pressing is not moved, and the two are precisely matched by the bolt, and combined with the three-dimensional solid model of the maxillary denture design model, and the pressing is not moved.

Doctor's surgical procedure description

(1) After the doctor obtains the planting template, including the planting guide module, the auxiliary positioning plate module and the plug module, after the three modules are combined into the implanting template, the doctor must ensure that the patient implants the template to try on: the mucosal support is tight; the bite is stable and accurate. .

(2) Conventional disinfection of the planting guide module, auxiliary positioning plate module and latch module is required before surgery.

(3) During the operation, the planting guide module, the auxiliary positioning plate module and the latch module are combined into a planting template, and the doctor allows the patient to wear the implanting template, after the accurate biting, the planting retaining nail, and then the plug module and the auxiliary positioning plate module are removed. Finally, the implant guide module fixed by the planting retention nail is retained in the patient's mouth.

(4) The patient performs a CT scan again after planting the retention hole, and finally ensures that the surgical guide and the patient's mouth are precisely matched according to the preoperative planning.

(5) According to the preoperative planning, the implant is implanted with the help of the implant guide module.

(6) Remove the planting guide module.

(7) According to the specific circumstances of the patient, the denture module can be assembled on the same day; the soft tissue can also be sutured to ensure the assembly of the denture module after a certain period of time after the implant is stabilized.

The foregoing description of the specific exemplary embodiments of the present invention has The description is not intended to limit the invention to the precise forms disclosed. The embodiments were chosen and described in order to explain the particular embodiments of the invention Choose and change. The scope of the invention is intended to be defined by the claims and their equivalents.

Claims (15)

A dental full-tooth dentition surgery implant guide plate is installed and fixed in a patient's mouth for assisting denture implant positioning, and is characterized in that it is mainly composed of a surgical planting guide plate and an auxiliary positioning plate, and the surgical planting guide plate comprises : Planting a guide tube module comprising a guide tube of comparable number to the implant, the guide tube being coaxial with the implant to be assembled, the inner diameter of which is adapted to the diameter of the drill bit used by the doctor; The planting retention tube module comprises at least two retention tubes evenly distributed on both sides of the planting guide tube, the retention tube being coaxial with the retention nails to be driven into the bone; The bridge module is connected, and the overall shape is adapted to the curve of the patient's arch, the section is trapezoidal or approximately trapezoidal, and the short bottom edge of the trapezoid is a curve, and the shorter bottom surface of the connecting bridge module corresponds to the auxiliary positioning plate; The auxiliary positioning plate module has the lower side precisely matched with the surgical planting guide plate and the dental and maxillofacial data, and is used for assembling the surgical planting guide plate to the patient's dental and maxillofacial mucosa, so that the doctor can perform the operation of implanting the fixing nail. ; The latch module includes a plurality of pins inserted between the surgical planting guide plate and the auxiliary positioning plate module, and is used for fixing the position between the surgical planting guide plate and the auxiliary positioning plate module. The dental full-mouth dentition surgery implant guide plate according to claim 1, wherein: When the axial direction of the guiding tube is at an angle with the z-axis, the wall thickness of the fixing hole of the implanting conduit is increased, and finally the outer tube wall of the guiding tube is parallel to the z-axis, and the z-axis is perpendicular to the direction of the gum. The bonding surface between the connecting bridge body and the auxiliary positioning plate module may be provided with grooves or protrusions, and the protrusions may be axially parallel cylindrical protrusions or axially parallel circular stages. The dental full-mouth dentition surgery implanting guide plate according to claim 1, wherein at least two latches are present between the plurality of latches, and the angle in the axial direction is greater than 90°. The dental full-mouth dentition surgery implant guiding plate according to claim 1 or 2, wherein a connecting rod is arranged between the two ends of the connecting bridge body, and the connecting body may be a cross bar or a curved bar. The dental full-mouth dentition surgery implant guide plate according to claim 4, wherein the upper jaw portion is a crossbar and the lower jaw is a curved rod. The dental full-mouth dentition surgery implant guide according to claim 5, wherein the connecting body has a rectangular cross section. The dental full-mouth dentition surgery implant guide plate according to claim 1, wherein the joint between the connecting bridge body and the planting retention tube is provided with a concave water tank. The dental full-mouth dentition surgery implanting guide plate according to claim 1, wherein the auxiliary positioning plate module and the planting guide plate module are provided with a pin hole for inserting a pin, the pin hole is a lip side and a cheek hole. The side is designed as a starting point for the hole, running through the auxiliary positioning plate module and the planting guide module. The dental full-mouth dentition surgery implant guiding plate according to claim 1, wherein the plug is slightly longer than the depth of the bolt hole, and the recommended length is 2 mm longer than the plug, and the plug tip is designed to be conical, which is convenient for assembly and retention. It is recommended to use standard parts. The method for manufacturing a dental implant guide plate for a complete dental dentition is characterized in that the following steps are performed: S1, patient data acquisition, obtaining patient oral treatment plan data by measurement, including CT data, dental and maxillofacial data and denture design template data; S2, planting a template design, and preparing a dental implant guide module and an auxiliary positioning plate module according to the data obtained in step S1; S3, digital model printing, using the 3D printing device to print out the dental implant guide module and the auxiliary positioning plate module designed in step S2; S4, the print model measurement confirms that the dental implant guide module and the auxiliary positioning plate module printed in step S3 are assembled together, and if there is no movement between the two, it is qualified, otherwise it is not qualified, and step S1 or S2 is performed again; S5, waiting to be placed in the patient's mouth, assisting the doctor to locate the dental implant site in the mouth. The method for manufacturing a dental full-tooth dentition surgery implant guide plate according to claim 10, wherein the step S1 is specifically: obtaining a patient oral treatment plan data from a doctor, including an entity denture design model and a planting guide tube module. And the position information of the three-dimensional model of the implanted tube module; the three-dimensional model data of the denture design model is obtained by scanning; the patient denture design template data, the dental and maxillofacial data, and the CT data are simultaneously imported into the software, and the doctor and the designer cooperate to confirm the planting guide Location information for the tube module and the planting retention tube module. The method for manufacturing a dental full-mouth dentition surgery implant guide plate according to claim 10, wherein the step S2 is specifically: confirming position information of at least two retention tube modules, and the designer designs at the confirmed position. The planting retention tube module has an inner diameter matching the diameter of the retention nail, and an outer diameter of at least 1 mm larger than the inner diameter and 5 mm or more. The method for manufacturing a dental full-mouth dentition surgery implant guide plate according to claim 10, wherein the step S3 is specifically: determining the position information of the corresponding number of the planting guide tube modules according to the planting needs, if the planting guide The axial direction of the tube has a significant inclination angle with the z-axis, and the wall thickness of the retention hole is increased in the outer direction of the planting guide tube, and finally the effect of the outer tube wall parallel to the z-axis is achieved; Surgical implant guide plates produced by laser melting technology require sandblasting of printed products: removal of metal particles on the printed surface; The metal powder for the production of the surgical planting guide plate shall be purchased from the denture raw materials approved by the food and drug supervision and administration department for registration or filing, and the technical indicators shall comply with the mandatory standards or the technical requirements for the products registered or filed. The method for manufacturing a dental full-mouth dentition surgery implant guide plate according to claim 10, wherein the step S4 is specifically: matching verification of the S4.1 auxiliary guide plate and the surgical guide plate: the auxiliary positioning plate module and the planting guide plate The modules are installed together, the pressing is not swayed, and the two are precisely matched by the bolts, combined with the denture design model, and the pressing can be performed without pressing; if there is a swaying phenomenon, the dental full dentition missing planting needs to be re-made. Guides; S4.2 Surgical guide plate and patient's oral cavity matching verification: S4.2.1 Auxiliary positioning plate module and planting guide plate module are completed, after the two are passed through the bite limit, the two are accurately matched and combined into a planting template through the bolt, including the planting guide plate. The auxiliary positioning plate and the bolt are fixed on the dental jaw and the gypsum plaster model by planting the fixing nail, and the measuring rod is inserted into the planting guiding tube to obtain the angle and position information of the implant implantation in the surgical plan by using the scanner; S4 .2.2 In the computer-aided design Computer Aided Design, CAD, the design data and the physical data fit verification, based on the design data and the physical data fitting verification, further verify whether the surgical guide plate meets the allowable error value, If the data is within the error value, the dental full-tooth dentition is missing the implant guide and can be used for surgery. Before the implant operation, the patient is implanted with the fixation hole and then CT scan again to ensure that the surgical guide and the patient's mouth are in accordance with Preoperative planning is precisely matched. A method of implanting dentures is carried out as follows: (1) After the doctor obtains the planting template, including the planting guide module, the auxiliary positioning plate module and the bolt module, after the three modules are combined into the planting template, the doctor can ensure that the patient planting template is suitable for fitting: the mucosal support is tight; the bite is stable and accurate. ; (2) routine disinfection of the planting guide module, auxiliary positioning plate module and latch module before surgery; (3) During the operation, the planting guide module, the auxiliary positioning plate module and the latch module are combined into a planting template, and the doctor allows the patient to wear the implanting template, after the accurate biting, the planting retaining nail, and then the plug module and the auxiliary positioning plate module are removed. Finally, the implant guide module fixed by the planting retention nail is retained in the patient's mouth; (4) The patient performs a CT scan again after planting the retention hole, and finally ensures that the surgical guide and the patient's mouth are precisely matched according to the preoperative planning; (5) According to the preoperative planning, the implant is implanted with the help of the implant guide module; (6) Removing the planting guide module; (7) According to the specific circumstances of the patient, the denture module can be assembled on the same day; the soft tissue can also be sutured to ensure the assembly of the denture module after a certain period of time after the implant is stabilized.

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