Expert Education Mexico: Digital Dentures Live On Patient - Antonello Croce and Dr. Jorge Montes In Action

Software Training and Hands-On Practice

A pivotal component of the course was the comprehensive software training, where participants delved into the powerful tools essential for modern digital denture fabrication. The primary software utilized during the course were Blender for Dental® and Ruthinium Denture Guide®, both of which play crucial roles in transforming traditional denture techniques into efficient digital workflows.

From the outset, all participants were provided with demo software, ensuring that everyone had hands-on access to the tools needed to master digital denture design. Under the expert guidance of Antonello Croce, attendees engaged in practical exercises that emphasized the seamless integration of these technologies into their practices.

Using Blender for Dental, participants learned how to edit the scan and align the mesh accurately. Antonello demonstrated how to manipulate the digital impressions, allowing for precise adjustments and enhancements that are often time-consuming with traditional methods.

Following the initial editing phase, the course transitioned to the Ruthinium Denture Guide. This advanced tool enabled participants to set up the teeth digitally, streamlining the design process and reducing the potential for human error. Antonello provided step-by-step instructions, allowing each participant to practice directly on their laptops.

Innovative Workflow with Monoblock Dentures

One of the standout innovations introduced during the course was the use of preliminary monoblock dentures instead of traditional biterims. This modern approach leverages the power of digital technology to enhance both the efficiency and quality of denture fabrication. Instead of printing the final denture or using biterimes, participants were guided through the process of printing a monoblock of dentures using a state-of-the-art 3D printing machine.

This monoblock is used for the first try-in, allowing both the dentist and the patient to assess the fit and aesthetics before any permanent adjustments are made. The try-in of the monoblock was fantastic, showcasing the seamless integration of digital with traditional.

During the second appointment, second impressions and an aesthetic check are conducted to fine-tune the OVD, ensuring the dentures they meet the patient’s expectations for comfort and appearance. This iterative process significantly reduces the need for multiple adjustments typically required with traditional methods. Students were surprised by the impressive results and the patient’s radiant smile, highlighting the effectiveness of this innovative workflow.

During the course, Dr. Jorge Montes De Oca showcased the integration of impression of the tongue and the external Gothic arch technique, adding depth and precision to the digital workflow. These advanced methods are pivotal in capturing comprehensive data, ensuring that every aspect of the patient’s oral anatomy is accurately represented in the digital model.

Capturing Patient Data and Digital Preview

A critical aspect of the course was mastering the art of capturing patient data with the latest tool, which is essential for creating precise and personalized dentures. Under Antonello Croce’s expert guidance, participants learned how to take pictures and face scans using an iPhone.

Participants were instructed on capturing high-quality photos of the patient with an intraoral retractor and a natural smile. These images provided valuable visual data that, when combined with digital scans, created a holistic view of the patient’s oral anatomy. Antonello emphasized the importance of meticulous data collection, ensuring that every detail was accurately recorded to facilitate seamless denture design.

Once the photos and scans were obtained, the next step involved utilizing the Ruthinium Digital Preview software. This powerful tool enabled participants to check information and correct mistakes early in the workflow. By focusing on critical elements such as the midline of the patient and the occlusal plane, the software allowed for precise adjustments that are vital for achieving optimal denture fit and aesthetics.

During the session, users practiced on their laptops, applying the techniques they had learned to real-time cases. This hands-on practice with the Ruthinium Digital Preview software ensured that each participant could confidently navigate the platform, identify potential issues, and make necessary corrections. The ability to check and adjust the midline and occlusal plane digitally not only enhanced the accuracy of the dentures but also significantly reduced the time required for unexpected revisions.

Designing and Producing the Final Denture

With the comprehensive patient data captured and meticulously reviewed, the next phase involved designing the final denture using Denture Guide® software from Ruthinium®. Participants were guided through the intricate process of setting up teeth for the final denture, ensuring each placement was both aesthetically pleasing and functionally sound.

Following successful try-ins and previews, which confirmed the fit and visual appeal of the monoblock dentures, the team made the decision to proceed with final delivery. The dentures were then printed using the AcryPrint 3D Denture HI resin from Ruthinium and 3D printing device renowned for its accuracy and high-quality output. To complete the process, Ruthinium AcrySmart Digital artificial teeth were integrated into the printed dentures. Utilizing Ruthinium’s patented Denture Guide system, the artificial teeth were easily and securely glued, ensuring durability and a natural appearance.

The Gluing Process and Finalization

A crucial step in the denture fabrication process is the seamless integration of Ruthinium’s patented Denture Guide system, which simplifies the gluing of artificial teeth. During the course, Antonello Croce demonstrated this process live, showcasing how easily and efficiently the artificial teeth can be affixed to the printed dentures. This hands-on demonstration allowed participants to witness firsthand the precision and reliability of Ruthinium’s innovative system, ensuring a secure and natural-looking fit.

Once the dentures were designed, printed and glued, the focus shifted to the finalization and polishing of the dentures.

The finalization phase was conducted with similar processing of traditional method with some tips and tricks that are necessary for the digital denture workflow.

Success and Feedback

The course concluded on a high note, with the patient being exceptionally happy to receive the new dentures. This positive outcome was a testament to the meticulous training and innovative techniques taught throughout the three days. Students participated in this high-level course with enthusiasm, gaining invaluable hands-on experience in digital denture fabrication. The outcome showed to students the profound impact of integrating digital technologies into traditional practices, enhancing both precision and patient satisfaction. Metadac’s expertise in digital dentures was clearly demonstrated, empowering dental professionals to elevate their practices and deliver superior, customized care with confidence.

The three-day live course on patient care was a truly transformative experience, seamlessly blending hands-on practice with cutting-edge technology. Participants worked on the software, mastering digital denture techniques that promise to enhance their practices.

Metadac continues to lead the way in revolutionizing dental practices with digital solutions, empowering professionals to deliver superior, customized care and stay ahead in the evolving dental landscape.