Dental Technician Int'l Meeting 2025

Abstract

Liquid Ceramic is an innovative finishing system that combines opalescent and fluorescent paste materials to create highly aesthetic results in dental restorations. By layering color, structure, and glaze, technicians can achieve outcomes comparable to traditional multi-layered restorations. Unlike conventional staining, Liquid Ceramic allows for enhanced vitality, translucency, and natural light dynamics, all while maintaining efficiency and speed. This system bridges the gap between simple staining and complex layering, empowering technicians to deliver superior esthetics with minimal effort and time.

Learning Objectives

• Identify the unique properties of opalescent and fluorescent layers in Liquid Ceramic and their role in achieving natural-looking restorations.
• Compare the results and workflow of Liquid Ceramic finishing with conventional staining and traditional layering approaches.
• Learn the step-by-step clinical and laboratory application methods to achieve high esthetic outcomes quickly and consistently.
• Assess the advantages of Liquid Ceramic in terms of translucency, vitality, and natural light reflection for improved patient satisfaction.

Abstract

During this demonstration, we will discuss the specifics of implant crowns. We will explain how to pick the right T base from the ReplicaDent library for each case and demonstrate the staining technique with the new liquid ceramics from Sagemax Paint 3D to show you how to achieve life-like results in your daily work. We would also discuss the importance of picking the right zirconia disc for a specific indication, paying attention not only to the esthetics, but to the function as well.

Learning objective

• Identify the correct T-base from the ReplicaDent library for different clinical cases.
• Apply staining techniques using Sagemax Paint 3D liquid ceramics to achieve natural esthetics.
• Recognize the key factors in selecting the appropriate zirconia disc for each indication.
• Balance esthetic and functional considerations in implant crown design.
• Integrate material selection and staining protocols into daily clinical workflows.

Abstract

Green-state finishing protocols: Proper adjustment of margins, occlusal anatomy, and surface texture prior to sintering. Emphasis will be placed on instrument selection, pressure control, and the avoidance of surface flaws that may act as fracture initiators post-sintering.

Application of Paint 3D liquid ceramic: Techniques for layering gingival shades, effect modifiers, and translucency enhancers to replicate natural tooth and soft-tissue characteristics. Attention will be given to firing cycles, thermal compatibility, and glaze stability to ensure predictable outcomes.

Learning Objective

• Perform green-state finishing protocols for accurate margins, anatomy, and surface texture.
• Select and use proper instruments to ensure flaw-free surfaces before sintering.
• Apply Paint 3D liquid ceramics to achieve esthetic enhancement and lifelike characterization.
• Incorporate effect modifiers and translucency enhancers for natural depth and fluorescence.
• Ensure functional durability through controlled firing cycles and scientifically guided workflows.

Abstract

In modern dental technology, the focus is increasingly on simplicity without compromising aesthetics. Monolithic restorations have become a standard due to their strength and efficiency, yet the challenge remains - how do we breathe life, character, and natural beauty into these 'blank canvases'?

This lecture will introduce a new material from the VITA portfolio - a liquid ceramic in glaze paste form, developed specifically for the individualization of monolithic constructions. Through a practical demonstration of staining and surface characterization, participants will see how simple techniques can create depth, translucency, and nuanced color, mimicking the complexity of natural teeth.

Using the concept 'from blank canvas to artwork,' we will emphasize the importance of thoughtful use of color, light, and texture, where the dental technician becomes both an artist and a craftsman. The goal is not just to copy a tooth, but to interpret it in a way that merges function with aesthetic and emotional value. This lecture is intended for all technicians who wish to enhance their understanding of monolithic staining, explore the potential of new materials, and find inspiration to elevate their work toward artistic excellence.

Learning Objectives

• Understand the basic properties and benefits of the new VITA glaze paste ceramic.
• Learn fundamental techniques for staining monolithic restorations to achieve a natural appearance.
• Recognize the importance of color, light, and texture in dental aesthetics.
• Apply acquired techniques in everyday laboratory practice with confidence and efficiency.
• Analyze and evaluate finished restorations in terms of both function and aesthetic value.

Learning Objectives

This lecture addresses key questions in contemporary digital implant prosthetics:

• Is the integration of digital data sources – such as IOS, CBCT, and face scans – more accurate and efficient with or without the use of artificial intelligence?
• What role does 3D printing play in the production of surgical guides and models as a foundation for precise restorations?
• Is cementation in implantology still relevant – or have screw-retained solutions become the new standard?
• Are monolithic restorations made from multilayer zirconia already the clinical norm – or are new material generations on the horizon?

If you're looking for clear answers to these questions, this lecture provides practical insights and up-to-date perspectives across the full spectrum of the digital workflow in dental technology.