This program will explore Dr. Fibishenko's approach combined with other advanced techniques based on his experience with 5,000 Zygoma implants over nearly 12 years. The program features a digital workflow for treating edentulous patients and complex cases.
In cases with 1mm of residual vertical bone height in the maxillary molar region, the two-stage technique via the lateral approach is common.
This method involves a long treatment period and carries a high risk of complications such as maxillary sinus membrane perforation and graft material leakage. This technique is highly challenging and does not yield consistent results regardless of the practitioner.
In Japan's super-aged society, a method with minimal surgical invasiveness, short treatment duration, and low complication rates is essential.
As of 2025, I wish to present on the predictability of graftless sinus lift procedures using wide short implants for cases with 1mm vertical bone height in the maxillary molar region.
It is a common understanding not only in the dental industry but in all industries that improving productivity through digital technology will be a breakthrough to social issues such as a declining labor force. Unexpectedly, in recent years in the dental industry, the spread of CAD/CAM equipment such as intraoral scanners has made it possible to digitally support the production of most prosthetics and dental prostheses. However, digitalization that only substitutes manual work for machines does not bring about much benefit. The significance of digitalization can only be maximized when a system is created that takes advantage of the productivity improvement brought about by digitalization. This is DX (digital transformation). At our hospital, we have been carrying out quite extreme DX over the past six years in particular. The results have been tremendous, and the lives of both my staff and myself have changed completely, including the economics. Today, I will talk about the essence of it.
coming soon