Lenny Marotta, Ph.D., M.D.T., C.D.T. Justin T. Hayes
3D Printing Technology in Dentistry
3D Printing is rapidly changing the shape of manufacturing. This change is even more evident in the dental laboratory industry. From stereolithography (SLA) models to printed night guards, the options are virtually limitless. With laser sintering, even metal can be printed; an affordable option for the lab and clinician. This program shows the laboratory perspective of 3D printing technology, what we use, and how we use the information.
Sponsored by Marotta Dental Studios Inc.
Guiseppe Cicero, D.D.S.
3D Printing and Bone Regeneration
Contemporary patient expectations have made esthetics a major requisite of all treatment plans, especially in situations where there is a high smile line. Soft and hard tissue management is fundamental when working in esthetic areas. To achieve ideal esthetics, preservation of the natural soft and hard tissue architecture is a primary clinical objective. These new proposed treatment scenarios illustrate the importance of pre-prosthetic soft and hard tissue management and introducing the use of 3D printing technology in our everyday practice.
Sponsored by Oral 3D
Perry Jones, D.D.S.
Digital Dentistry: 3D printing in a General Practice
Join the clinician as he presents a compelling case study from his own practice utilizing the iTero® Element Scanner and 3D printer. Learn a case study, “my experience using the iTero® Element scanner and 3D printer in my office.” This seminar reviews in-office 3D printing advantages.
Sponsored by Align Technologies
Cleber Silva, D.D.S.
3D Printing: What is it? How can it Revolutionize your Practice?
The evolution of 3D imaging has found a perfect partner in concurrent developments in 3D printing technology and image manipulation software. New dental techniques such as guided surgery, orthodontic aligners and surgical templates have now been developed. This program is intended to demonstrate to the practicing dentist and dental team the process and protocol of acquisition and manipulation of images to allow the design and fabrication of surgical guides for implant placement. |
