Ep. 630 - Opportunities and Challenges with 3-D Printing

Are you struggling with the weeks-long delays between diagnosis and treatment delivery for TMJ appliances and sleep devices? What if you could go from initial scan to finished appliance in under 24 hours?

Join Dr. Jeffrey Horowitz, a seasoned general dentist with over 30 years of experience and founder of the Carolina Center for Cosmetic and Restorative Dentistry and Advanced Sleep and TMJ Centers. Dr. Horowitz holds a DMD from the Medical University of South Carolina, completed a general practice residency at Mountainside Hospital, and is a Fellow of the Academy of General Dentistry where he served as past-president. He is also a mentor at the Kois Center for Advanced Dental Studies, key opinion leader for the Catapult Group, and instructor for Sleep Group Solutions, with affiliations including the Pierre Fauchard Academy, American Academy of Cosmetic Dentistry, American Association of Dental Sleep Medicine, and American Academy of Craniofacial Pain.

This episode explores how 3D printing technology is revolutionizing functional dentistry by eliminating the traditional workflow delays that have plagued TMJ and sleep appliance fabrication. Dr. Horowitz shares his journey from closed-system printers to open-system solutions, explaining why material flexibility is crucial for optimal patient outcomes and practice efficiency.

Episode Highlights:

• Open-system 3D printers provide material flexibility that closed systems cannot match, allowing clinicians to select the optimal resin for each specific appliance rather than being locked into proprietary materials that may be cloudy or lack durability. This approach prioritizes clinical outcomes over manufacturer constraints.
• The three essential digital technologies for modern dental practices are cone beam imaging for accurate diagnosis, intraoral scanning for precise data capture and patient communication, and 3D printing for rapid appliance fabrication. These three technologies work synergistically to compress traditional multi-week workflows into same-day or next-day treatment delivery.
• TMJ and sleep appliance workflows can be compressed from traditional 3-4 week timelines to 24-hour delivery by combining CBCT imaging, intraoral scanning, digital design, and in-office 3D printing. This eliminates the need for alginate impressions, physical models, and multiple patient appointments while reducing pharmaceutical intervention during waiting periods.
• Post-processing for 3D printed appliances typically requires 30 minutes of work after printing, including polymerization steps that can be efficiently managed by trained support staff. Multiple appliances can be printed simultaneously to maximize efficiency without significantly increasing print time.
• 3D printing offers superior return on investment compared to milling systems because it can fabricate splints, surgical guides, temporaries, dentures, denture bases, and custom trays rather than being limited primarily to crown fabrication. With entry costs under $10,000 versus $20,000-$30,000 for milling systems, the versatility and affordability make 3D printing accessible to more practices.

Perfect for: General dentists considering digital workflow integration, specialists treating TMJ disorders and sleep apnea, and practice owners evaluating technology investments for improved efficiency and patient care.

Discover how 3D printing can transform your practice workflow and eliminate the frustrating delays that compromise patient satisfaction in functional dentistry.