<h3 id="hcf83e1357e"> </h3>Dr. Fumiaki Yamazaki is a successor and student of the famous professor Jiro Abe, and his English webinar delves into the revolutionary techniques of Abe's Suction Effective Mandibular Complete Denture (SEMCD) and its integration with Digital Dentures. This course has two stages and the first stage focuses on digital dentures, including a comparative analysis of 3D-printed dentures, milled dentures, and milling dentures with ready-made artificial teeth. It addresses the limitations of analogue dentures, such as issues with casting models, teeth setup, and polymerization. Dr. Yamazaki Dental Clinic shares insights into the evolution of technology in dentistry, emphasizing the need for faster, more precise methods in denture production, with a focus on accuracy, time efficiency, and case reports. <h3 style="text-align:justify" id="h3acbca2955">Keywords: </h3>Dr Abe’s SEMCD, SEMCD, BPS, Suction Effective Mandibular Complete Denture, Digital Denture, Milling Denture, 3D-printed denture&nbsp; <h3 style="text-align:justify" id="h037670f4e3">CV :&nbsp; Dr Fumiaki Yamazaki D.D.S.,Ph.D.&nbsp;</h3>President of the Japan Plate Denture Association (JPDA) Clinical instructor of BPS Ivoclar Vivadent Chief instructor of SEMCD and successor and student of the famous <h3 id="hcf83e1357e"> </h3>1995: Graduated from Kyushu Dental College 2002: Founded Yamazaki Dental Clinic in Toyama Prefecture 2007: Became a member of the Japan Plate Denture Association (JPDA) 2012: SEMCD instructor for the JPDA (Japan Plate Denture Association) 2016: Completed Postgraduate studies at Osaka University and obtained a PhD 2017: Became a BPS International Instructor (Ivoclar Vivadent) 2018: Appointed as a BPS Instructor for Ivoclar China 2019: Clinical Adviser for KULZER Japan 2024: President of JPDA

Abstract:
Dr. Fumiaki Yamazaki is a successor and student of the famous professor Jiro Abe, and his English webinar delves into the revolutionary techniques of Abe's Suction Effective Mandibular Complete Denture (SEMCD) and its integration with Digital Dentures. 



This course has two stages and the first stage focuses on digital dentures, including a comparative analysis of 3D-printed dentures, milled dentures, and milling dentures with ready-made artificial teeth. 



It addresses the limitations of analogue dentures, such as issues with casting models, teeth setup, and polymerization. Dr. Yamazaki Dental Clinic shares insights into the evolution of technology in dentistry, emphasizing the need for faster, more precise methods in denture production, with a focus on accuracy, time efficiency, and case reports.





Keywords: 
Dr Abe’s SEMCD, SEMCD, BPS, Suction Effective Mandibular Complete Denture, Digital Denture, Milling Denture, 3D-printed denture 





CV :  Dr Fumiaki Yamazaki D.D.S.,Ph.D. 
President of the Japan Plate Denture Association (JPDA) 

Clinical instructor of BPS Ivoclar Vivadent 

Chief instructor of SEMCD and successor and student of the famous

Professor Dr. Jiro Abe





Bio: 
1995: Graduated from Kyushu Dental College

2002: Founded Yamazaki Dental Clinic in Toyama Prefecture

2007: Became a member of the Japan Plate Denture Association (JPDA)

2012: SEMCD instructor for the JPDA (Japan Plate Denture Association)

2016: Completed Postgraduate studies at Osaka University and obtained a PhD

2017: Became a BPS International Instructor (Ivoclar Vivadent)

2018: Appointed as a BPS Instructor for Ivoclar China

2019: Clinical Adviser for KULZER Japan

2024: President of JPDA

0:00:00	Introduction
0:00:45	Comparaision of 3D printed dentures, Milling dentures, and Milling denture with Ready made artificial teeth
0:01:35	Problems of Analogue dentures: Casting models, Teeth set up, Poymerization 
0:02:08	Easily and quickly produce dentures that are not inferior to conventional methods
0:02:36	The Evolution of Technology at Dr. Yamazaki Dental Clinic
0:04:33	Fundamental Workflow for 3D Printing Digital Dentures
0:05:50	Fundamental workflow for milling dentures 
0:06:40	3D Printing or Milling: Which is Better and More Useful? Which One Do You Want to Master?
0:08:47	Comparison between Accuracy, Time Efficiency, Case Reports
0:09:11	Accuracy (Inside Surface): Comparison of Denture Base Adaptation between CAD-CAM and Conventional Fabrication Techniques
0:10:00	Accuracy (Inside Surface): Comparison of 3D Printed and Milled Dentures
0:11:08	Clinical Case Comparison (Conventional, 3D Printing, Milling)
0:12:40	Accuracy of Occlusal Surface (Conventional Methods, Two-Step Milling, One-Step Milling)
0:13:25	Example of One-Step and Two-Step
0:14:00	Custom Disc (Oversized Milled)
0:15:30	Two-Step Method
0:16:00	Occlusal Adjustment with Clinical Remount
0:18:00	Digital Denture's Current Workflow in My Clinic
0:23:00	Is it possible to scan the denture using IOS?
0:26:00	Case Report 1: 3D Printed Denture Treatment Case
0:31:49	"FAQ for 3D Printed Dentures:
・Is it possible to use 3D printed dentures as a final denture?
・What are the adjustment and fracture rates of 3D printed dentures?
・What is the wear resistance of 3D-printed teeth?
・Is it possible to strengthen the bond between 3D printed dentures and soft relining materials?"
0:35:51	Case report 2: Milled Denture
0:43:13	Final Denture (Oversized Milling System)
0:45:10	Conclusion 

Suction Effective Mandibular Complete Denture (SEMCD) and Digital Dentures (1st stage Digital dentures)

President of the Japan Plate Denture Association (JPDA) , Chief instructor of Suction Denture instructor, Clinical instructor of BPS Ivoclar Vivadent , Clinical Adviser of Kulzer japan


Fumiaki Yamazaki

Introduction

Comparaision of 3D printed dentures, Milling dentures, and Milling denture with Ready made artificial teeth

Problems of Analogue dentures: Casting models, Teeth set up, Poymerization 

Easily and quickly produce dentures that are not inferior to conventional methods

The Evolution of Technology at Dr. Yamazaki Dental Clinic

Fundamental Workflow for 3D Printing Digital Dentures

Fundamental workflow for milling dentures 

3D Printing or Milling: Which is Better and More Useful? Which One Do You Want to Master?

Comparison between Accuracy, Time Efficiency, Case Reports

Accuracy (Inside Surface): Comparison of Denture Base Adaptation between CAD-CAM and Conventional Fabrication Techniques

Accuracy (Inside Surface): Comparison of 3D Printed and Milled Dentures

Clinical Case Comparison (Conventional, 3D Printing, Milling)

Accuracy of Occlusal Surface (Conventional Methods, Two-Step Milling, One-Step Milling)

Recent course videos