A theory-based and hands-on educational program dedicated to the Injection Molding technique for predictable, minimally invasive direct aesthetic restorations. Participants explore case selection, diagnostic planning, wax-up and mock-up procedures, transparent silicone index fabrication and the complete restorative workflow before applying the technique on dental models under clinical guidance.
Participants should hold a recognised qualification in dentistry and have a fundamental understanding of adhesive dentistry and direct composite restorations. Previous experience with the Injection Molding technique is not required.
Achieving predictable aesthetic results with direct composite restorations requires more than technical dexterity. It depends on accurate diagnosis, appropriate case selection, careful treatment planning and the consistent application of a structured clinical protocol.
The Injection Molding technique offers a minimally invasive approach to the aesthetic restoration of anterior teeth by enabling the precise transfer of a diagnostic wax-up to the final restoration. Through the use of a transparent silicone index and injectable composite materials, the planned tooth morphology can be reproduced with greater consistency, efficiency and control.
This theory-based and hands-on program presents Injection Molding as a complete restorative workflow. Participants examine the fundamental principles of the technique, its clinical indications and limitations, and the factors that determine whether a case is appropriate for this treatment approach.
The theoretical component explores the role of diagnostic analysis, photography, wax-up and mock-up procedures in predictable restorative planning. It also covers the design and fabrication of the transparent silicone index, shade and material selection, tooth preparation and isolation, the correct injection sequence, light curing, index removal, finishing and polishing.
Particular attention is given to the clinical details that influence the final outcome, including index stability and adaptation, controlled material injection, management of excess composite, interproximal separation and the preservation of the planned morphology. Common technical errors are analysed together with practical strategies for their prevention and correction.
The complete Injection Molding workflow is demonstrated step by step before participants apply the technique themselves on dental models. During the hands-on component, they follow the full protocol using the materials and equipment provided for the training.
Direct clinical guidance and individual feedback support participants in understanding both the technical execution of the procedure and the clinical reasoning behind each stage.
The program is designed to provide a structured and repeatable protocol that can be integrated into everyday restorative practice, increasing predictability while supporting a conservative and clinically efficient approach to direct aesthetic restorations.
