How to make All on X hybrid denture and Splint using TecnoMed

1. Basic Definition and Principles of All on X 2. Model-less selection of off-the-shelf and custom MUAs and how to create custom MUAs (utilize the 3shape &Exocad library) 3. Create All on X with custom MUA, ready-made MUA, angled MUA

All on X!? It's the prosthesis that dentists and public workers are curious about these days! These days, when there is a lot of interest, I would like to tell you the know-how I have accumulated by doing allonx in many cases and the process of solving various errors.

After giving you a general understanding of the definition and principle of allonx, we show you how we have solved the clinical cases and various dental requirements we have learned through oral scanner dental and modelless laboratories. I hope you have an opportunity to give it a try, explaining how to do it at our workshop among allonx in various forms.

Clinical Application of 4 Case Denture

The design and case of denture are different for each patient's oral environment, and the design varies depending on the case. In this lecture, we will go through the stages from case-by-case design and patient treatment plan to find out what kind of work process proceeds in the clinic and pore room and what kind of schedule proceeds in the clinic step by step.

In particular, the method of manufacturing the survey crown according to the design, the method of setting the correct occlusion plane of the survey crown, and the production of the occlusion plate attached to the occlusion plate to set it can be easily manufactured and good results can be obtained by anyone. When the survey crown is manufactured in this way, it is possible to produce a harmonious prosthesis that does not interfere with the biological mandibular movement by harmonizing with the occlusion plane of the dentures produced later.

We would like to find out how the model we worked on can reduce the error of occlusal by realizing the same conditions in the clinic by matching the open shell of the living body and the open shell of the occlusal machine through the mounting before the eyeball using a face bowl, and also how to manufacture a go-to arch that can solve the situation in which the denture rearrangement is caused by an error in central stomach acquisition in a toothless state and how to use this device.

With the expansion of insurance coverage for zirconia prosthetics, the existing ceramic build-up method is gradually decreasing. In a situation where production efficiency and aesthetic quality must be considered together, this lecture intends to share an actual production approach focusing on the stainless steeling technique.

Stain can realize three-dimensional colors close to natural values by adjusting the brightness, saturation, and details step by step, not just coloring. In addition, it contributes to securing structural stability and fracture resistance by relieving the stress inside zirconia during the first ‒ secondary firing process. In particular, this lecture will introduce the expression techniques for each layer and practical application tips, along with the transposition and whole-muscle prosthetic design approach based on the full zirconia Zinibar stainless steel and the smile line.

Unlock Effortlessrconia Veneer Bonding with Nano Technology_Scientific Review

Prosthetic therapy goes beyond simply restoring the tooth shape, and it plays a key role in creating an aesthetic and functional oral environment by harmonizing with the surrounding soft tissues. Especially in the anterior teeth, the shape and design of the prosthesis directly affect the shape, thickness, and stability of the gingiva, which are important factors in the patient's aesthetic satisfaction and long-term prognosis.

If the shape of the prosthesis is not appropriate, it can lead to aesthetic failures such as unnatural appearance and asymmetry of the gums, as well as degeneration of the gingival or a decrease in biological stability. Therefore, a prosthetic design that takes into account the shape and response of the soft tissue from the initial diagnosis and design stage is required, which can be implemented through the organic collaboration of a technician and a technician.

This course covers clinical principles and mechanical approaches to how the design of the fixed dental prosthesis and implant prosthesis works on the surrounding soft tissue. We will introduce strategies to adjust the position and thickness of the soft tissue through the prosthesis, which leads to natural and stable results.

The Significance of Producing Maxillofacial Prosthetics (Epithesis) Experts in the Depart. of Dental Technology

Week 1: Introduction to Maxillofacial Prosthetics
Overview of the discipline and its importance
Anatomy of the maxillofacial region
Applications and scope of maxillofacial prosthetics

Week 2: History and Evolution
Evolution of maxillofacial prosthetics through time
Landmark developments in materials and techniques

Week 3: Materials in Maxillofacial Prosthetics
Overview of materials: silicone, resins, waxes, and metals
Understanding biocompatibility and durability

Week 4: Diagnosis and Planning
Clinical evaluation and diagnosis for prosthetic needs
Imaging and modeling techniques
Creating treatment plans with interdisciplinary teams

Week 5: Impression Techniques
Detailed methods of taking impressions
Case-specific considerations: ear, eye, nasal, and palatal impressions
Practice session: Ear impression using alginate and silicone

Week 6: Working Models and Wax-ups
Fabricating working models from impressions
Wax pattern creation and adjustments
Practical workshop: Crafting a wax-up for an ear or nose prosthesis

Week 7: Casting and Molding Techniques
Overview of casting and molding processes
Choosing the right mold material for different prostheses
Practical session: Casting for a silicone-based prosthesis

Week 8: Prosthesis Fabrication I
Fabrication of intraoral prostheses: Palatal obturators and mandibular prosthetics
Importance of structural integrity and aesthetics

Week 9: Prosthesis Fabrication II
Fabrication of extraoral prostheses: Ears, eyes, and noses
Hands-on session: Combining silicone pigmentation and finishing

Introduction to digital modeling and CAD/CAM technologies
Benefits and limitations of digital prosthetics
Demonstration: Designing a digital prosthesis

Week 11: Retention and Attachment Systems
Methods of securing prostheses: adhesives, implants, and magnetic attachments
Case examples of retention system selection

Week 12: Prosthetic Fitting and Adjustments
Evaluating prosthetic fit and function
Common challenges and troubleshooting during the fitting phase
Practical workshop: Adjusting a prosthesis for better comfort

Week 13: Psychological and Social Considerations
Counseling patients for acceptance of prosthetics
Enhancing patient confidence and adaptation

Week 14: Maintenance and Follow-Up
Prosthetic cleaning and maintenance routines
Long-term follow-up and troubleshooting
Managing complications such as infections or material wear

Week 15: Final Presentations and Case Studies
Students present a complete case study from diagnosis to prosthesis delivery
Discussion of real-world challenges and solutions

3D printers are now essential and important equipment in the field of pores. Every year, we discover the latest 3D printers and new resins and deliver them to dental workers.
There are good 3D printers and good resins again this time, so I would like to introduce them and suggest ways to use them.
There are good 3D printers and good resins again this time, so I would like to introduce them and suggest ways to use them.

I would like to introduce a printer that can produce the performance of a 3D printer worth 20 million won on the market with a value of about 2 million won. Good resins on the market also finish the test and deliver the profile and how to use the resin.
With the newly released flexible resin in the market, we would like to solve the occlusion and elasticity caused by the overcuring of the existing flexible. And I would like to introduce an all-in-one cast resin.
I'd like to use the resin that I want to summon as if I swamped Frame/Pfm/Gold with one material. I'd like to solve the existing problems of castble materials, shrinkage and recall. And I'd like to suggest a way to use resin that can only be used at 385 wavelengths.

We would like to introduce several other high-strength temp resins/splint resins/guide resins/personal tray resins, etc.
And then let's make a contract with the upgrade version of 385 files through upgrade version of 385 files.
The live demo is a third-party program rather than the traditional 3shape/exo, and I would like to introduce you to Splint, Temporary Teeth Fabrication, and Model Builder in 5 minutes.
Thank you.

Now is the time to produce prosthetics based on digital dentistry in earnest. In particular, many methods and solutions for directly or indirectly manufacturing prosthetics using 3D Printer have been introduced.
However, the method of manufacturing prosthetics by milling is already too familiar, and the process of manufacturing prosthetics, results, and contents of materials and materials have been introduced. However, the number of cases in which prosthetics are directly manufactured using the Printing method, or the Layering method, or the Check &Working Model for identifying prosthetics based on the Model-less system, and the results used in various types of dental prosthetics and intermediate processes is rapidly increasing

However, there are cases where it is not smooth to use in dental workshops because you understand the Dental 3D Printer and not enough information is still disclosed about the combination or properties of the material.
Through this lecture, we would like to learn about more efficient prosthetics production work through proper use of printers and materials in dental work.

A policy for the protection of dental work rights.

Common sense of law that is useful to know

「IOS Pore Success Strategies」 – Solid results derived from clinical experience –

The term digital dentistry is often found in academic journals and lectures, but has digitalization progressed in the actual clinical field? Recently, in some dental workplaces in Japan, it has been reported that more than half of all work is carried out in a model-less manner or almost the entire process has been digitized.

On the other hand, in the case of small-scale pore stations, facility investment is limited, so there is a reality that it is difficult to introduce processing equipment as well as scanners. In addition, there are many cases where equipment was purchased due to impatience with changes in the surroundings, but they regret not being able to use it as much as expected.The partial introduction of digital technology alone is very helpful in securing work time or expanding work areas, but with the current system, there are cases where full-scale digitization reduces work efficiency or is less cost-effective.Nevertheless, it is clear that digital equipment is becoming an essential tool for collaboration with dental hospitals and clinics.

In this lecture, I would like to discuss in-depth what has changed due to digitization, the value of manual work that is still important, what to be aware of when building an IOS (oral scanner)-based construction, and what should be requested in the process of collaborating with a dentist.

-Education for improving awareness of persons with disabilities-
Create a stable working environment for workers with disabilities by removing prejudice against disabilities in the workplace, and provide education to improve awareness of the disabled so that the recruitment of workers with disabilities can be expanded.
You can understand the difference in how you live, know the type of disability, and know the etiquette for each type.
You can understand the difference in how you live, know the type of disability, and know the etiquette for each type.
Learn Best Practices for Employment of Persons with Disabilities

Sexual harassment prevention education in the workplace -
Recognizing the seriousness of sexual harassment in the workplace and creating a healthy organizational culture of respect and empathy for each other
Create an organizational culture that knows and empathizes with gender sensitivity.
Recognize the seriousness of sexual harassment in the workplace by understanding the psychology of sexual harassment victims.
Know the types of sexual harassment and understand what behaviors correspond to sexual harassment.
I learn what the appropriate behavior is to know what the appropriate behavior should be done.

This presentation explores the innovative intersection of biosciences and dental prosthetics in the reconstruction of damaged maxillofacial tissues. Maxillofacial tissue engineering offers treatment methods that simultaneously consider patient functionality and aesthetics. Dr. Lee will provide an accessible overview of various biomaterials, highlighting their properties and potential applications.

Particularly, presentation will demonstrate how advancements in implantable materials enhance the functionality and stability of prosthetics through real-world examples. Recent research indicates that specific biomaterials can reduce immune responses and improve biocompatibility, leading to more effective treatment outcomes. For instance, these materials facilitate tissue regeneration, yielding superior results compared to traditional prosthetics.

Additionally, presentation will emphasize the importance of bioengineering in complex facial defect cases, which often present significant reconstruction challenges. By leveraging the latest technologies, successful reconstructions become possible. This presentation will detail these approaches and share actual treatment cases, while also discussing how dental technicians and dentists can collaborate to achieve optimal patient outcomes.

Finally, we will address future research directions and the challenges we encounter in the field of maxillofacial prosthetics. As this field continues to evolve, the need for new technologies and methods is paramount. Through engaging with attendees, we aim to exchange ideas and share experiences that contribute to advancements in maxillofacial prosthetics, ultimately enhancing patients' quality of life. We look forward to your interest and participation in this important discussion.

The success of implant treatment largely depends on the stability of the connection structure between the fixture and the land, that is, the connection design. In particular, bone-level implants have excellent aesthetics and prosthetic flexibility, but since the connection site is adjacent to the bone, there is a relatively high risk of exposure to microleakage, bacterial penetration, and mechanical stress. Accordingly, various connection structures such as an external hexa, an internal hexa, a tapered internal, and a concrete have been developed.

On the other hand, the Tissue-Level implant lowers the risk of developing peri-implantation by placing the connection above the soft tissue, and provides ease of maintenance and cement removal. However, there may be limitations in application in the anterior portion where aesthetics are important. Hybrid implants that combine the advantages of the main level and the tissue level are being actively developed around the world, showing that implant design is evolving in a direction that values biological stability and long-term prognosis.

Against this backdrop, this researcher intends to introduce the hybrid implant design (TLplant; KUWOTECH) that is capable of bone-level placement while having a tissue-level structure. The system adopts an external conical hexa (External Conical Hex) connection to present a structural solution that considers mechanical stability, durability against repetitive desorption, and ease of prevention and maintenance of peri-implantation.

In this presentation, we will compare the structural characteristics of the main level and tissue level implants and examine the meaning and applicability of the connection design integrating them in clinical practice.

As implant treatment becomes more common and long-term functioning becomes more common, various complications are also occurring. The most common complications that appear after implant prosthesis are biological and mechanical complications. Among the factors contributing to implant complications, the zirconia crown has become a popular prosthesis due to environmental changes in the use of gold alloys and the conversion to digital production methods. However, it is difficult to find problems in a form that could be easily found while looking at real objects in a simplified image of a digital work method, so errors in the form are often found after production. In this lecture, the form of zirconia prosthetics, which are important for implant prognosis, is to be dealt with from various perspectives.

1. Block selection and design to prevent mechanical complications - Material aspects: Conditions for proper block selection - Manufacturing process aspect: sintering and cooling conditions - Design side: Connector thickness, occlusal and axial thickness settings - Set the inner spacing for nonconformity prevention

2. Adjacent plane shape for prevention of physiological complications - The upper side of the adjacent surface associated with the food piece press-fitting

3.  Adjacent plane form for prevention of biological complications - Adjacent face downward shape associated with interdental gap

4. Narrow Face Form to Prevent Biological Complications - Appearance contour and wind flux control

5. The ponic base form considering bone formation

6. shape of the occlusal surface - Set the occlusal plane - Overjet and centrifugal settings associated with cheek/tongue chewing - A Study on the Location of the Bridge - Sluice way setting

7. Zirconia Completion Checked by Checklist

Monolithic zirconia, designed and processed using CAD/CAM, can be used to reproduce the shape of the tooth to a certain extent, but there are some parts that need to be considered in more detail in the area of tooth color. Also, there are problems caused by different perspectives of CHAIR SIDE and LAB SIDE, so if we identify the problems and present a more correct direction to the clinic to reduce the risk of failure in the production of prosthetics and conditions that may cause various variables, I think we can reduce the probability of failure in the production of prosthetics and produce good quality prosthetics.

The area of ALL CERAMIC from the previous PFM to the area of ALL CERAMIC. In addition, as technology and materials gradually developed to the area of MONOLITHIC, prosthetics became easier to manufacture than before. Aesthetic prosthetics are not manufactured based on a single standard. I think it is the sum of various criteria to be considered, such as shape, shade, and arrangement. Here, through Multilayer Zirconia and Biomic, we would like to talk about the parts that are easier to make mistakes and parts that can be used close to natural teeth, and the process of making them with effort.

The dentist's field has continued to change various materials and production methods in rapid growth and change.It is necessary to manufacturing and materials suitable for development and materials, we think that we need to adapt to this change and make it easy to adapt to this change.

Introduce the aesthetic prosthesis production process that can increase the work efficiency and completeness of dental prosthetics together, and present each application method suitable for various clinical cases when producing aesthetic prosthetics.
After introducing the proper use and aesthetic expression of ceramics, I will introduce the clinical case and show you the process of case analysis and ceramics layering.

In addition to computer-aided design and computer-aided manufacturing, the introduction of additive manufacturing in the dental field allowed dental technicians to choose the method of manufacturing. As a result, each person has been considering and applying a time-efficient and economical method in the manufacture of prosthetics and equipment, and the know-how accumulated in this process has further improved the dental technology's expertise. Unfortunately, however, there seems to be a significant lack of delivery of research related to this in preparation for technological improvement. Therefore, in this lecture, we intend to help the members improve their academic performance by dissolving the research content that may feel stiff in the clinical process.

Communication &milling refractory material manufacturing method for manufacturing complete/minimum deletion laminate

The most difficult case in manufacturing a prepositional prosthesis is

1. It's a single case where Dongmyeong's teeth are left,
2. Tepth Case with Very Small Prep Amount,
3. In a case where it is difficult to neatly restore the dental axis direction of the horizontal and vertical teeth due to the interpupil line and the distortion of the midline from the tip of the nose to the tip of the chin
4. A highly discolored surface Case
라고 생각합니다.

I would like to explain my knowledge and skills in the order of workflow, from basic work and photo analysis to CAD Design and Zirconia block choice, Coping form Choice, Powder build up or Micro build up, Stain and glazing.

The patient, who often hears that he looks depressed all the time, said that when he was young, he used to hear that he looked good with his smile after showing all his teeth, but recently he said he doesn't remember smiling so broadly. He said that he didn't have much to laugh about as he got older, but I thought it might be because of his "teeth."

The patient who brought a picture of his/her youth, the picture was so lively and bright that he/she felt like a different person. And I even felt a sense of duty to find the laughter of that young day. So, the title of this lecture was To find your perfect smile.

So, I decided on the title of this lecture as To find your perfect smile.
So, I decided on the title of this lecture as To find your perfect smile..
1. FAesthetic case that was produced from first-time consultation to final restoration using Face scan
2. A full-muscle restoration made by reflecting the zebras system, a device that records face scans and mandibular movements using digital workflow, in the final prosthesis.
In the vestibule case
1) All-on-4 prosthetic restoration of patients with a very low occlusal stiffness and a lack of bones due to a large loss of teeth
2) Implant fixation prosthetic restoration made while maintaining the existing denture of completely incurable patients
The process and clinical results of these two anterior prosthesis restoration will be presented.

In modern society, as patients improve their living standards, dental treatment goes beyond restoring simple chewing functions to create a more natural, functional and harmonious oral environment with surrounding teeth.

Numerous theories and treatments have been developed and developed in line with this trend. In contrast to dental prosthetics that have sufficient volumes, implant prosthetics often have a reduced hard tissue volume and a disadvantage in the soft tissue environment. Therefore, it is often difficult to produce the ideal prosthesis that has the desired functional and harmonious shape for dental apple cutting.

Many dentistry doctors may be working hard to overcome this unfavorable situation. However, it is also true that when it comes to surgical treatment in the clinic, it is difficult to have access to it.

I would like to show you the hard tissue and soft tissue surgery process to improve the prosthetic production environment that can be done in the clinic to overcome the unfavorable situation that can be helpful for this effort of dental construction teachers.

-A Study on the Shape of Aesthetic Prosthetics Considering Soft Tissue- The dental technician must express the good shape and color in producing the prosthesis in the vestibule. The prosthesis can be expected to have a good lifespan only when the appropriate shape is given according to the criteria provided in the plaster model. The shape of the teeth is designed to go well with the condition of the healthy gums. However, if the shape of the gums is not appropriate, the shape of the gold prosthesis needs to be changed accordingly.

In addition, not only do we have to aesthetically produce the shape of the dental tube due to tooth defects, such as implant prosthetics, bridge production, and tonic formation, but if we produce prosthetics that have a sufficient understanding of soft tissue, we can expect a much longer life.

Through this lecture, I would like to introduce my case to the teachers who participated with clinical results for the emergence profile.

Advances in various materials and techniques have made it possible to make the aesthetic prosthesis of the prepositional part into a full zirconia crown. However, unlike the build-up that can express the brightness and saturation of each part of the tooth, the full zirconia crown certainly has its limitations.
In order to overcome these limitations, we have summarized the results of the tests

1) Approaches to Full Zirconia Prosthetics
2) Full Zirconia's Coloring &Stainless Steel Techniques
3) Using the Full Zirconia Shade Guide
I'd like to introduce you to

This lecture will cover the functional correction devices used in patients with grade 2 skeletal growth and will mainly focus on mandibular heat growth. Early treatment in patients with grade II skeletal growth accompanied by mandibular heat growth is very important. Representative flexible functional devices include Twin Block, Bionator, Activator, etc., each of which aims to induce anterior descending growth of the mandibular and improve the occlusion relationship. In this lecture, we will introduce the application principles and indications of the devices used in patients with grade II skeletal growth with mandibular heat growth to help understand the smooth collaboration with the gonad.

In the production of dental pores, many types of pores are made of CAD CAM, and CAD CAM is also widely used in dental surgery along with CBCT.
We would like to find out about various sleep-related diseases and the damage caused by them, and look at the following contents, such as various countermeasures and dental devices.

- The prevalence and diagnostic methods of OSA obstructive sleep apnea
- OA number of responses to OSA (compared to the effectiveness of positive pressure and oral devices)
- Bite acquisition method for manufacturing oral devices for OSA
- How to use the introduction of George Gauge's introduction and use
- Device Design with CAD
- Device fabrication using 3D printing

Mesh problem? Bring it to B4D
1. What kind of software is B4D?
2. From installing Blender to installing B4D interface
3. If you know Blender, you can see B4D!
1) Configuration and Initialization of Basic Interface
2) Outliner Properties!
3) Outliner's Configuration Collection and Object Management
4) Properties - Modifier - What are the features
4. Object mode/ Edit mode/ Sculpt mode
1) Feature of Object mode
2) Features of Edit mode
3) Features of Sculpt mode
15. Clinical Case Demonstration
1) Model Impression Scan - Easy Dental Scan Inversion and Border Model Creation
2) Merging Two Scans - Scans Merging with Sharpremesh
3) Printable merged with this model after rescanning the Implant model generation attachment Model production 4) If the hole is blocked by an error
Reformed Hall by extracting Hall data
5) Adjust implant library tolerance - reorder to Ai configuration file
6) Recombination of libraries restored by collapsing implant engagement while sculpting
-Leveraging the Bridge Edge Loop feature
16. Go for it Instructor! Introduce the Structural Reform of Instructor, what's good about becoming a B4D Instructor