PENN Virtual Treatment Planning – Michael Bergler (Course)
25 $
Delivery time: Maximum to 1 hours
The PENN Virtual Treatment Planning course, led by Michael Bergler, teaches dental professionals how to use digital tools for treatment planning, including creating 3D patient models, mastering data acquisition, designing virtual wax-ups, and implementing digital designs into final restorations. The course offers enhanced precision, efficiency, and predictability, and empowers professionals to leverage cutting-edge tools and techniques. The course consists of four video modules that cover various aspects of virtual treatment planning. Joining the course could revolutionize your practice and elevate the quality of care you provide to your patients.
Category: Dental Video
PENN Virtual Treatment Planning – Learn from Michael Bergler
Are you prepared to take the next step in your treatment planning with digital tools? See no further than the PENN Virtual Therapy Planning class, which is led by a renowned expert, Michael Bergler. This extensive training regimen is intended to provide dental professionals with the knowledge and abilities necessary to be successful in the digital age of dentistry.
Discover the Topic
The PENN Virtual Planning course is intended to introduce you to the world of digital planning for treatment. Under the guidance of Michael Bergler, a renowned expert in the field, you will learn the fundamental principles and methods necessary to achieve success in this fast-moving field.
After all, you will have the capacity to do this:
Create a 3D patient model: Discover the necessary steps and effective way of utilizing 3D imaging technology to gather accurate patient information.
Acquire master data via: Explore different methods, including laboratory analysis, intraoral analysis, face analysis, and DICOM files, these files form the basis of the digital workflow.
Design virtual images of teeth-supporting restorations: Dive into the process of designing and visualizing virtual images of teeth, and understand their importance in ensuring consistency and successful results.
Implement digital design methods into final repairss: Get expertise in data management, design techniques, material selection, and production technology that will seamlessly transfer virtual images into the creation of tooth-supporting repairs, including the utilization of 3D printing technology.
The advantages of the class
Enrolling in the PENN Virtual Therapy Planing course benefits professionals in the dental field. Incorporating digital technology into your planning process for treatment leads to increased precision, efficiency, and consistency. This training elevates you above the average by utilizing cutting-edge methods and techniques, while also ensuring the greatest degree of patient satisfaction.
Emotional Bond and Action Call
Imagine taking the process of planning your treatments to a new level with nooksackie integration of technology, this would revolutionize your practice and improve the quality of care you provide to your patients. Join Michael Bergler and a group of like-minded professionals on this transformative journey. Join the PENN virtual treatment planning regimen today and take advantage of the potential of technology in dentistry. Allow the power of digital technology to help you, expanding your practice to a new level. Don’t lose this chance to remain at the forefront of dental innovation and to become a leading figure in virtual planning of dental treatments.
A Video List of Schedules for virtual treatment planning.
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Creating the 3D Patient – A description of the necessary steps and how to utilize them.
2- mastering the process of acquiring data – Laboratory-based scanning, Intraoral-based scanning, Face-based scanning, and DICOM files for the digital workflow.
3-flow: The Virtual Wax-up Method for Designing Tooth-supporting Restorations. Design, Visualization, Production and Predictability
Implementation and the transfer of digital wax-up designs into finished tooth-supporting restorations. Data Management, Design, Material selection, Production, and 3D printing.



