Comprehensive Esthetic Therapy in a Patient with an Intra-capsular Disorder - Part 2 of 2
Dr. Rob Ritter discusses comprehensive esthetic work-up and treatment planning in the reconstruction of a patient with an existing intra-capsular disorder.

Estetica e funzione nelle riabilitazioni protesiche complesse: Approccio multidisciplinare alla luce delle nuove tecnologie e dei nuovi materiali - Part 3 of 3
Vedremo quindi come abbiamo sostituito materiali e tecniche tradizionali con altri innovativi che solo attraverso le nuove tecnologie è possibile lavorare, e come i risultati ottenuti con queste sistematiche siano sovrapponibili e a volte migliori di quelli tradizionali.

The Changing Paradigm of Digital Implant Dentistry: Today’s Technology and Tomorrow’s Concepts - Part 1 of 2
Digital technology has revolutionized implant dentistry but not without frustration. Recent advances with hardware, software, and materials now present integrated solutions for the implant team through planning, placement, and restoration. Single implant treatment will be presented for every-day practice, as well as more advanced partial and fully-edentulous techniques. The most efficient and precise workflows through Keystone and its industry partners will give you concrete digital solutions ready for implementation in your practice. At the conclusion of the lecture the speaker will define some different “team structures” for how the surgeon, dentist, and lab could invest in technology and work together.

The Artist Within: How to Create Exceptional Looking Provisionals
In this webinar, Dr. Lerner will demonstrate how smile design, tooth anatomy and the shades of contour, surface texture and colour are all components of a beautiful smile.

Guided Preparations and the Future of Minimally Invasive Dentistry
An introduction to describe the use of digitally designed, 3D-printed guides to prepare teeth. This state of the arts technology allows dentists to efficiently prepare teeth and deliver the final restoration in one visit. The objective of this presentation is to provide the audience an introduction to with the advancement of 3D-printing in dentistry and it’s use as it pertains to restorative options. With computer aided procedures we can now digitally design and prepare 3D-printed guides to precisely prepare teeth and deliver the final restoration without the need for a temporary.

Choosing Anterior Ceramics – The Concept of Restorative Volume - Part 2 of 2
The presented Concept of Restorative Volume is based on structural, optical and periodontal factors. Each of these factors will influence the short and long-term behavior of restorations in terms of esthetics, biology and function.

3-D Smile Designing with a Functional Touch: The Dental GPS Way
In this esthetic driven era, the responsibility of delivering something that is functionally and esthetically acceptable is of utmost importance. Today , we have something called Dental GPS which is a software that is available both in a clinician version and lab version. It is not only able to help us with the simulation of the proposed results in less than 5 minutes but also able to help us print the diagnostic M lines to help us mount the casts (using a digital facebow) for 2D wax ups and / or 3D virtual wax ups for 3D printed models. This presentation will highlight the usage, simplicity and precision of planning and execution using the 3D smile design software.

A Systematic Approach to Full-Mouth Reconstruction of the Severely Worn Dentition
Jay Lerner demonstrates a procedure that allows the clinician to obtain the space required for the restoration of severely worn dentition.

When Esthetic Becomes Challenging
This case report shows the successful change of a young lady smile, by following standard dental esthetic guide lines. With careful, detailed examination and diagnosis, we could reach our goal toward providing a high esthetic smile change.

The “Scalloped Guide”: A Proof-of-Concept Technique for a Digitally Streamlined, Pink-Free Full-Arch Implant Protocol
Inadequate restorative space can result in mechanical, biologic, and esthetic complications with full-arch fixed implant-supported prosthetics. As such, clinicians often reduce bone to create clearance. The aim of this paper was to present a protocol using stacking computer-aided design/computerassisted manufacturing (CAD/CAM) guides to minimize and accurately obtain the desired bone reduction, immediately place prosthetically guided implants, and load a provisional that replicates predetermined tissue contour. This protocol can help clinicians minimize bone reduction and place the implants in an ideal position that allows them to emerge from the soft tissue interface with a natural, pink-free zirconia fixed dental prostheses.