Antonio Corradini
About
He graduated in 1987 as a Master of Art with specialization in metals and free design at the A. Vittoria State Institute (Trento) He immediately began to take an interest in Dentistry and Dental Technology and in 1991 he graduated in Dental Technology at the G. Galilei Institute (Bolzano) In 1992 he obtained the Master in Dental Technology at the same institute. From 1991 he started working as a dental technician and since 2002 he is the owner of his own dental laboratory in Trento. Since 2008 he has approached digital technology associated with dentistry and dental technology in general, becoming an integral part of companies in the development and research of CAD – CAM systems, specific software and materials applied to modern dentistry. He specializes and dedicates himself above all to important implant-supported rehabilitations, associated with prosthetics with specific and dedicated materials, such as Titanium and Zirconia Technopolymers and in aesthetic cases with minimal or no-prep preparations. The cases carried out follow for the most part the concept of CDP (Complete Digital Patient), conceived by the same with the collaboration of various companies, in order to make the patient in every rehabilitation the “fulcrum” around which the entire dentist-dental technician team revolves. and consequently
minimize the possible errors of planning and prosthetic treatment. He publishes several articles on the subject in sector magazines both nationally and internationally. He holds conferences and individual and collective courses on national and international territory regarding the treatment of materials in rehabilitation and their aesthetic purposes and on the concept of the Digital Patient.
More info: aa-dd.com
Lecture
Full-arch implant cases and minimally invasive veneers using the same material in high-quality dentistry.
This lecture examines the clinical application of contemporary zirconia-based restorative concepts across two fundamentally different indications: full-arch implant rehabilitations and minimally invasive veneer treatments. Using KATANA Zirconia as a central example, the presentation demonstrates how modern multilayer zirconia systems can be applied consistently in both high-load, implant-supported reconstructions and highly esthetic, tooth-preserving anterior restorations.
Through detailed case presentations, the workflow from digital treatment planning and prosthetic design to preparation concepts and adhesive cementation protocols is systematically analyzed. Particular attention is given to how utilizing the same zirconia system across different indications can streamline laboratory procedures, enhance esthetic consistency, and improve interdisciplinary communication.
Participants will gain practical insights into indication-driven material selection, minimally invasive preparation strategies, and integrated clinical–technical workflows. The lecture provides evidence-based guidance for optimizing function, esthetics, and efficiency, illustrating how a unified, material-centered approach can elevate the quality and predictability of modern restorative and implant dentistry.
Masterclass: Demo Live
Workshop: CERABIEN™ MiLai and KATANA™ Zirconia in Adhesive Aesthetic Prosthodontics
The evolution of ceramic materials and adhesive protocols now allows clinicians and technicians to achieve highly aesthetic, minimally invasive, and predictable restorations, even in the most complex clinical situations.
This lecture will explore the integration between KATANA™ Zirconia and the layered ceramic system CERABIEN™ MiLai, focusing on workflows and protocols dedicated to modern adhesive aesthetic prosthetics.
Through clinical cases and practical applications, the presentation will illustrate:
• the criteria for selecting zirconia according to aesthetic and biomechanical requirements
• the aesthetic potential of micro-layering techniques with CERABIEN™ MiLai
• preparation, characterization, and finishing protocols
• adhesive strategies to achieve optimal shade integration, reliability, and long-term durability






