Abstract 

This interactive hands-on workshop is designed to give clinicians a complete, practical understanding of the chairside 3D printing workflow for veneers, onlays, and crowns. From the first digital scan to the final seated restoration, participants will experience every step of the process with guided, hands-on instruction and clinical insight.

We will walk through the entire A-to-Z workflow—starting with intraoral scanning, followed by digital design, 3D printing setup, post-processing, characterisation, and final delivery. At each stage, you’ll learn clinical tips and tricks to improve accuracy, efficiency, and predictability, enabling you to confidently implement same-day restorative solutions in your practice.

A special focus will be given to achieving high-end esthetic outcomes for veneers, where subtlety and detail matter most. Participants will observe and practice cutback techniques and staining protocols to enhance translucency, texture, and natural appearance. Different resin materials and their indications will be explored, helping you choose the best options for both provisional and long-term restorations.

We’ll also compare DLP, SLA, and LCD printing technologies, evaluate key parameters like print orientation and curing settings, and guide you through troubleshooting and optimisation strategies. Relevant literature will be discussed throughout the workshop to support clinical decision-making with evidence-based insights. Real case examples will illustrate how 3D printing offers design flexibility and time savings that go beyond traditional milling systems.

By the end of the workshop, you will have completed a full chairside workflow and gained practical skills to immediately apply in your clinic. Whether you’re new to digital dentistry or looking to elevate your current protocols, this hands-on experience will provide you with a repeatable, esthetic-driven workflow—from scan to smile.

Learning objectives

• Discuss the advantages and limitations of chairside 3D printing compared to traditional milling in restorative dentistry.
• Explain the complete digital workflow from intraoral scanning to final delivery of 3D-printed veneers, onlays, and crowns.
• Demonstrate the setup, operation, and optimisation of 3D printing systems for in-office use.
• Explain the selection and handling of resin materials based on clinical indications, esthetic requirements, and mechanical performance.
• Demonstrate esthetic enhancement techniques, including cutback, staining, and polishing, to achieve lifelike results for printed veneers.

Agenda

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