IPS e.max Master Program
Established in 2017
for esthetic restorations...
Yuji Tsuzuki
private course
Aesthetic restorationToRequired clinical skills
improvement ofofAiming 6 days course
CLINICAL ENHANCEMENT COURSE
C.oncept
This is a 6-day course that aims to improve the technical skills required for restorative treatment in the aesthetic field.
In particular, students will improve their ability to reproduce shapes and colors, acquire applied skills that will be considered even more important in modern dental technology, which is being systematized, and improve their skills to the next level.
Lecturer: Yuji Tsuzuki
Ray Dentar Labor
Ivoclar Vivadent Certified Instructor
Details
As all-ceramic restorations enter their heyday, the demand for reinforced ceramics based mainly on lithium disilicate, like zirconia, continues to grow without stopping.
Isn't this proof that there is a perfect separation between the two in today's material selection?
Zirconia with stable strength and reproducibility of brightness, and lithium disilicate with high adhesion to tooth structure and translucency. Both of them have attractive characteristics, but if the criteria for selecting the right material for the right place and the technical response that makes the most of those characteristics are not solid, we will simply rely on the potential of the restorative material. .
In addition, new technologies are being introduced more and more to dental technicians, whose time has come for a revolution.
Therefore, this course will fully introduce techniques and essences that can be immediately reflected in clinical practice from tomorrow.
実習内容
・IPS e.max Ceramの色調再現と築盛理論
・前歯部修復へのマイクロステイニングテクニック
・審美再現性を考慮したフレームワークデザインと実践
・上顎6前歯の配列コンセプトと審美表現
・モノリシッククラウンへの形態修正テクニック
・セラミックの質感コントロールとポーセレンファーネスの焼成管理
etc...
The concept of the Clinical Enhancement Course,
"Simple, maximum effect"
During the fulfilling 6 days, we will support you firmly with an assistant instructor.
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アシスタントインストラクター
鈴木 涼
Ivoclar Vivadent
公認インストラクター
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アシスタントインストラクター
尾崎 早苗
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IPSe.max Master Program
- Topics of All
受講日程によって、実習課題が変更される場合がございます。
case a
4日間コース
6日間コース
の受講内容です
Restoration site: maxillary right central incisor
Reproduction technique: Staining technique
Materials used: IPS e.max Press, IPS Ivocolor
Contents: Tone analysis training using Keynote and basic concepts in staining techniques. In addition, you will learn the tricks of monolithic shape correction of IPS e.max Press and practical 3D shading techniques using IPS Ivocolor.
case B.
4日間コース
6日間コース
の受講内容です
Restoration site: maxillary left central incisor
Reproduction Technique: Anatomical Cutback Technique
Materials used: IPS e.max Press, IPS e.max Ceram, IPS Ivocolor
Contents: Adopting an anatomical cutback design that mimics the structure of the dentin layer of natural teeth, you will learn the basic build-up of IPS e.max Ceram. Especially in this case, we will explain in detail the color tone (brightness) reproduction concept in the build-up method and the expression of the texture of the ceramic surface.
case c
4日間コース
6日間コース
の受講内容です
Restoration site: maxillary left central incisor
Reproduction Technique: Facial Cutback Technique
Materials used: IPS e.max Press, IPS e.max Ceram, IPS Ivocolor
Contents: Learn about the color tone reproduction of facial cutback designs that make use of the transparency of HT ingots in laminate veneer restoration. In particular, we will introduce in detail the points of how to produce a pseudo-transparency of the incisal edge when using the facial cutback design.
case d
6日間コース
の受講内容です
Restoration site: maxillary left central incisor/lateral incisor
Reproduction technique: facial cut back technique, staining technique
Materials used: IPS e.max ZirCAD Prime, IPS e.max Ceram, IPS Ivocolor
Contents: Combination case of build-up and staining methods using IPS e.max ZirCAD Prime. The central incisors have a facial cut-back design that takes advantage of Prime's high transparency, capturing the internal structure of the target tooth and performing accurate color tone expression. In addition, the lateral incisors have a monolithic design and are manufactured with staining that maximizes the potential of Prime.
