Events & Networking

Minimize your manual steps and maximize your patient outcomes with the award-winning DTX Studio™ Clinic software and DEXIS Imaging Suite Software. Join us to learn how our AI powered software can increase your practice productivity in your everyday workflow. Let us introduce your digital assistant and discover the power of AI. Register today!

Join us for an interactive CBCT course featuring case-based learning to demonstrate CBCT applications including airway evaluation, TMJ, endodontics, and orthodontics. We'll review the influence of common maxillofacial pathology in implant treatment planning and placement. We'll also discuss 3D vs. 2D image projection, imaging protocols, and  radiation dose. This course is designed for dentists who are considering implementation of CBCT, or who are presently using CBCT in their dental practices for evaluation of dentoalveolar pathology, airway, TMJ, endodontics, and more.

Learning Objectives:

• Discover applications of CBCT imaging in successful dental practice.
• Recognize advantages of CBCT vs. Intraoral/Panoramic imaging.
• Identify differences in diagnosis and treatment outcome with 2D vs. 3D imaging.
• Codes for CBCT capture, interpretation and billing
• Understand capabilities of various FOVs – advantages and limitations.
• Evaluate CBCT for implant planning, endodontics, root fracture, TMJ, and Airway.

This comprehensive 4-hour continuing education (CE) course is designed for general dentists who seek to enhance their understanding and application of Cone Beam Computed Tomography (CBCT) in clinical practice. Upon completion of this course, attendees will:

• Understand and identify uses of CBCT imaging in dental diagnostics to integrate it into routine procedures.
• Analyze CBCT images to identify dental conditions and anomalies.
• Improve accuracy and success of dental implants using CBCT.
• Recognize common abnormalities and pathologies.
• Evaluate airway impingement in naso/oropharyngeal airways.

This course aims to empower general dentists with the knowledge and skills necessary to effectively integrate CBCT into their practice, improving diagnostic accuracy and patient outcomes.

Join DEXIS and Asiga for a full-day, hands-on course designed to enhance your implant workflow from planning to placement. Hosted at Asiga’s advanced facility in Ann Arbor, MI, this event blends clinical expertise with cutting-edge digital tools to deliver a comprehensive learning experience.

Morning Session: Clinical & Digital Foundations for Predictable Implant Placement

Presented by Dr. Blake Adams

Dr. Blake Adams of Implant Education Company will walk participants through his proven clinical workflows for successful implant placement, emphasizing the integration of digital tools. Attendees will explore how to leverage intraoral scanners, CBCT imaging, and implant planning software to optimize case planning and surgical outcomes. The session will also cover patient selection, risk assessment, and the use of surgical guides to increase precision and predictability.

Afternoon Session: Hands-On 3D Printing

Led by Asiga

The second half of the day transitions into a hands-on workshop where participants will scan, design, and print surgical guides using Asiga’s 3D printing technology. Participants will review 3D printing fundamentals, a comparison of various printing technologies, and be introduced to Asiga’s unique printing systems. They will learn master nesting techniques, as well as tips and tricks like how to adjust advanced print settings for optimal results. 

Once the basics are covered, participants will get hands-on experience during a live printer demonstration and finish with a post-processing workshop. This course reinforces the digital workflow and provides practical experience with the tools and techniques discussed in the morning.

Learning Objectives

• Implement a digital workflow for guided implant surgery using intraoral scanning, CBCT, and implant planning software
• Apply clinical techniques to improve surgical precision and reduce complications
• Design and print surgical guides using DTX Studio™ Clinic and Asiga’s 3D printing technology
• Nest files, place supports, and apply advanced printer settings for optimal results
• Perform post-processing techniques to produce finished, clinically viable surgical guides

Digital denture workflows are rapidly transforming the landscape of removable prosthodontics. You already know the value your intraoral scanner brings to crown and bridge, clear aligner therapy, and implant workflows—but are you fully leveraging it for complete dentures? By utilizing intraoral scanners and reference dentures, this lecture/workshop introduces a streamlined digital denture workflow that transforms intraoral scanning into a time-saving, communication-enhancing tool. Learn how digital integration strengthens collaboration with your lab technician, improves the patient experience, and increases clinical efficiency and predictability—all while maximizing the value of your existing technology.

Doctor’s tuition includes participation for up to two staff members to support clinical implementation, and attendees will receive 50% off their first AvaDent digital denture case.

After completing this hands-on workshop, participants will be able to:

• Identify the clinical steps involved in a digital workflow for complete dentures using intraoral scanning.
• Perform clinical record capture using intraoral scanners, apply the reference denture technique, and manage the biofunctional try-in in a digital denture workflow.
• Demonstrate how intraoral scanning improves communication with dental laboratories and patients.
• Assess the impact of implementing a digital denture workflow on clinical efficiency and predictability with scanning technology.

Are you ready to maximize the potential of your system? Join us for an in-person event to find out how you can enhance your practice with advanced diagnostic tools and expand your skill set. Explore ways to integrate CBCT, leverage assisted intelligence (AI), and elevate your diagnostic and treatment capabilities to better serve your patients. Discover the potential of integrated technology and earn 5 CE credits.

Dr. Tara Gostovich, Technology/Innovation Panelist for the AAO, will show you how to use CBCT for aligner planning to better understand patient's functional anatomy and make better treatment decisions.

Dr. Gaurav Shah will walk participants through his implant workflow from start to finish, highlighting how he uses CBCT, intraoral scanning, and DTX Studio Clinic from diagnosis to treatment planning and execution.

 Jordan Reiss will show you how to harness the power of AI in DTX Studio Clinic to simplify manual tasks while maximizing patient outcomes with CBCT. Implant, oral surgery, and orthodontic workflows will be shown.

Following the course, attendees will:

• Understand how to enhance their practice with advanced diagnostic tools to expand their skillset
• Elevate diagnostic and treatment capabilities to better serve patients 
• Discover the potential of integrated technology
• Understand how to use CBCT for aligner planning to make better treatment decisions
• Maximize patient outcomes with CBCT and assisted intelligence

Welcome to the future of cosmetic dentistry—a place where guesswork is eliminated, confidence is amplified, and patients can see their future smile before a handpiece is ever lifted. This isn't just about CBCT. It's about a revolutionary workflow that fuses advanced diagnostics with powerful emotional engagement tools to transform how you plan, present, and perform cosmetic procedures.

In this immersive session, Dr. Todd Snyder shares how he uses CBCT imaging to uncover unseen pathology, TMJ dysfunction, and structural issues—and then pairs it with facial scanning and intraoral data to construct a lifelike 3D virtual patient. With this integrated digital model, you'll learn how to design, prototype, and deliver smile makeovers with unmatched precision, predictability, and profitability.

The real magic? These tools don’t just enhance clinical outcomes—they sell the vision of possibility. Learn how to go from diagnosis to digital design to final delivery.

Learning Objectives:

1. Unlock Hidden Diagnostic Power with CBCT
   Learn how to detect structural issues, joint dysfunction, airway obstructions, and other hidden factors that influence aesthetics and function.
2. Create a 3D Virtual Patient That Sells the Vision
   Understand how combining CBCT, facial, and intraoral scans builds a powerful visual experience that elevates treatment planning and case acceptance.
3. Master the Art of Emotional Visualization
   Discover how digital and printed mockups become sales tools—bridging the gap between what patients want and what they’re willing to say yes to.
4. Move from Digital Design to Physical Reality
   Translate your designs into preparation guides, printed prototypes, and final restorations that precisely mirror the vision presented.
5. Elevate Your Brand, Profitability, and Patient Experience
   Learn how this digital ecosystem positions you as the go-to cosmetic expert—commanding higher case values and delivering white-glove results.

Whether you're just beginning to explore CBCT or looking to deepen your diagnostic expertise, this 2 hour comprehensive course is designed to elevate your clinical capabilities. Join Dr. Jonathan Ng as he shares his expert insights on integrating CBCT technology and AI-powered digital tools into your practice for more precise, efficient, and patient-centered care.

Learning Objectives:

• Develop a systematic and methodical approach to reviewing CBCT scans.
• Integrate AI-powered software to merge CBCT and IOS data for prosthetically driven implant planning.
• Enhance treatment predictability and reduce complications using AI-enhanced diagnostics.
• Improve patient communication and case acceptance through streamlined case presentation planning.

This comprehensive 8-hour continuing education (CE) course is designed for general dentists who seek to enhance their understanding and application of Cone Beam Computed Tomography (CBCT) in clinical practice. Upon completion of this course, attendees will:

• Understand and identify uses of CBCT imaging in dental diagnostics to integrate it into routine procedures.
• Analyze CBCT images to identify dental conditions and anomalies.
• Enhance precision of endodontic diagnosis and treatment with CBCT.
• Improve accuracy and success of dental implants using CBCT.
• Recognize common abnormalities and pathologies.
• Evaluate airway impingement in naso/oropharyngeal airways.

This course aims to empower general dentists with the knowledge and skills necessary to effectively integrate CBCT into their practice, improving diagnostic accuracy and patient outcomes.