Dental implants have transformed restorative dentistry, but placing an implant is only the beginning. The real challenge—and the key to long-term success—is proper maintenance. Yet many clinicians are still relying on protocols they learned years ago, despite growing evidence that some traditional techniques, instruments, and even preventive products may do more harm than good. So what should today's implant maintenance protocol actually look like? Joining us is dental hygienist Lynn Pencek, who brings a unique combination of clinical experience and industry expertise. Lynn is passionate about helping hygienists and dentists cut through the confusion surrounding implant maintenance with practical, evidence-based guidance. In this episode, we'll explore why implant maintenance remains such a misunderstood topic, uncover the truth behind metallosis and tribo-corrosion, discuss how instrument and polishing choices can impact implant surfaces, examine the surprising relationship between fluoride and titanium implants, and reveal the modern protocols every practice should be implementing to help ensure long-term implant success.

A step by step digital workflow to improve success rates on single and multiple-unit tooth and implant restorations will be presented. The main objective of this CE webinar is to show how treatment time optimization and better clinical outcomes are possible with the implementation of digital tools. This webinar will show how to collect patient's initial data to create the "Digital Clone", discussing key points from photography setups to intraoral scanning tips and tricks for better communication with the dental laboratory. Design and fabrication of highly esthetic provisional and definitive restorations with 3D printed and milled material options will be explained to improve clinical efficiency on tooth and implant-supported restorations.

This 1 hour CE webinar examines current and emerging methodologies for the detection and non-invasive management of early dental caries. Participants will review recent evidence supporting minimally invasive interventions in comparison to traditional methodologies and discuss clinical protocols that preserve natural tooth structure while improving long-term outcomes.

Two colleagues discuss recent advancements in technology-driven approaches to moving and reshaping teeth. Direct-printed clear aligner therapy is being adopted by a growing number of practitioners in both orthodontic and general practice settings. Dr. Vargo, a seasoned orthodontist, shares how printed aligners have influenced his daily treatment decisions and how this category of appliance differs from thermoformed systems currently available. Dr. Shaw, a general dentist of 25 years who recently incorporated printed aligner therapy into his practice, discusses the clinical outcomes he has observed. Together they review how they evaluate which cases carry a high probability of success and how they approach limiting treatment times and revisions. They also address referral relationships between general practice and orthodontics, and a team-based approach to case generation. Dr. Shaw will also cover minimally invasive cosmetic veneer technique using a custom, digitally designed 3D-printed matrix to injection mold chairside composite veneers - a technique he has used for nearly a decade. He will review the current generation of this matrix technology and discuss workflow considerations for no-prep and minimal-prep composite veneers, including factors relevant to clinicians new to the technique.

Patient communication is one of those skills that gets overlooked and undertrained—but it’s actually one of the most important things you can master to run a successful dental practice. To tell us all about it is our guest, Dr. Todd Snyder. He is a popular speaker on Viva Learning.com, a cosmetic dentist, international author, lecturer and consultant to dental companies. You can reach Dr. Snyder at: www.Legion.Dentist.

Snoring is a widespread condition associated with vibration of the soft tissues of the upper airway, particularly the uvula and soft palate, during sleep. Traditional surgical interventions may involve significant morbidity, driving interest in minimally invasive and non-invasive alternatives. This CE webinar explores the clinical application of non-ablative 2940 nm Er:YAG laser therapy as an outpatient approach for the management of primary snoring. The procedure utilizes sub-ablative settings to deliver controlled thermal energy to the oral mucosa and underlying connective tissues. This targeted heating is intended to stimulate collagen remodeling and neocollagenesis, contributing to tightening of the soft palate and surrounding tissues and reducing their tendency to vibrate during sleep. The webinar will review patient selection criteria, the biological mechanisms and laser-tissue interactions involved, recommended treatment parameters, the clinical procedure step by step, safety considerations, and the available scientific evidence regarding treatment outcomes and durability. This CE webinar will provide clinicians with an evidence-based understanding of non-invasive Er:YAG laser therapy for the management of primary snoring. The learning objectives include understanding the mechanisms responsible for snoring, patient selection, the biological effects of non-ablative Er:YAG laser energy on oral tissues, and the clinical protocol for Er:YAG laser therapy. Participants will also learn how to evaluate treatment outcomes, safety considerations, and the current evidence regarding efficacy and durability.

This one-hour CE webinar introduces a revolutionary, filter-free amalgam separation system designed to operate independently of your central vacuum. Participants will explore how bypassing the central vacuum optimizes aerosol capture and maintains peak suction performance without clogging from prophylaxis paste. The webinar highlights critical infection control advantages, including the reduction of saliva, blood, and contaminated aerosols at the clinical site, and enhances operator visualization and patient comfort. Additionally, attendees will learn how this technology lowers amalgam recycling costs and prevents toxic waste from entering municipal water systems and supports environmental sustainability.

Modern periodontal and peri-implant therapy is increasingly guided by biologically driven, minimally invasive principles aimed at effective biofilm disruption while preserving hard and soft tissues. The integration of piezoelectric instrumentation and air-polishing technologies allows clinicians to tailor biofilm management strategies according to the specific clinical indication. This CE webinar will describe the application of thin piezoelectric instrumentation for minimally invasive non-surgical periodontal therapy. The role of subgingival air polishing in the management of peri-implant mucositis will be discussed, with an emphasis on effective biofilm disruption while preserving implant surface integrity. In more advanced peri-implant disease, supra- and submucosal air-polishing approaches will be illustrated as part of a structured therapeutic protocol. Through clinical cases and protocol-based workflows, the webinar will demonstrate how the appropriate selection and integration of these technologies, guided by biological rationale and disease severity, can enhance precision, tissue preservation, and long-term periodontal and peri-implant stability.

Creating a beautiful direct composite veneer is about more than achieving the right shape and shade. The details that ultimately make a restoration feel natural are often found in the final stages: surface texture, characterization, anatomy, light reflection, and the subtle imperfections that allow the dentistry to blend seamlessly with the surrounding dentition. In this CE webinar, Dr. Drew Ballard will share his approach to characterization and texture in direct composite resin veneers, demonstrating how he takes a restoration from simply well-shaped to natural and lifelike.