Learn how to grow your revenue by bringing bite splints, flippers, inlays, and other appliances in-house—cutting lab costs and turnaround times.
Practical Chairside 3D Printing:
A Hands-On Approach
Chicago, IL | 5 CE
Join us for a full-day, action-packed experience where you’ll get hands-on with cutting-edge 3D printing technology and unlock the power of seamless digital workflows in dentistry.
Register:
Why Attend:
01
Expand Your Practice with 3D Printing
02
Master the Entire Scan-to-Print Workflow
From digital scan to finished appliance, gain hands-on experience designing, printing, and finishing a custom bite splint with expert guidance.
03
Earn 5 CE Credits in One Day
Advance your clinical and technical skills while earning 5 continuing education units—all in a single, focused, and practical session.
04
High-Value Experience at a Great Price
At just $595 for doctors (or $295 for staff), the course includes expert instruction, hands-on materials, and meals.
05
Limited Seats = Personalized Attention
With limited registration, you’ll get direct access to instructors, real-time feedback, and a collaborative learning environment you won’t get in large seminars.
General Info
Dates: July 24, 2026 & November 6, 2026
Location: LuxCreo National Education Center
350 W. Ontario Street, 7th Floor, Chicago, IL
Pricing: $595 for doctors or $295 for staff members
CE: 5 Units
Limited seats available.
Includes hands-on materials, plus meals and refreshments.
Register:
Sponsored by:
Agenda
Build Your Practice with 3D Printing Technology
Eric Schoening, DDS
Discover strategies for growing your practice through in-house 3D printing of bite splints and other appliances.
Mastering the 3D Printing Workflow
Eric Schoening, DDS
Learn how to seamlessly integrate 3D printing into your existing digital workflow.
Beyond the Basics: What Else Can be 3D Printed?
Bianca Clark, DDS
Explore additional applications such as flippers and inlays using streamlined, one-click design tools.
Smart Growth: How 3D Printing Can Drive Long-Term Success
Eric Schoening, DDS
Understand how to leverage 3D printing technologies to support sustainable practice growth and long-term success.
3D Printing Hands-on Session
Apply techniques in a hands-on session: design, print, and finish a custom bite splint from start to finish.
Learning Objectives
- Discover strategies for growing your practice through in-house 3D printing of bite splints and other appliances.
- Gain key insights into optimizing the scan-to-print workflow for speed and accuracy.
- Learn how to seamlessly integrate 3D printing into your existing digital workflow.
- Apply techniques in a hands-on session: design, print, and finish a custom bite splint from start to finish.
- Explore additional applications such as flippers and inlays using streamlined, one-click design tools.
Register:
Speakers
Bianca Clark, DDS
Dr. Bianca Clark is a general dentist based in Chicago with a strong focus on innovation and digital workflows in dentistry. Passionate about lifelong learning, Dr. Clark is committed to advancing patient care through emerging technologies like 3D printing and ongoing continuing education. Dr. Clark earned her D.D.S. from the University of Tennessee and completed a GPR at Montefiore Hospital. A member of the ADA and AGD, she stays current through ongoing education and study clubs. She specializes in smile design, veneers, and is certified in Botox and dermal fillers.
Eric Schoening, DDS
Dr. Eric Schoening was born and raised in Northwest Indiana. He earned a Bachelors in Science from Butler University and his Doctorate in Dental Surgery from Indiana University School of Dentistry in 2011. He is the lead practitioner and owner of Dentist on the Park in Chicago, Illinois. Dr. Schoening is an active member of the American Dental Association, the Illinois State Dental Society, and the Chicago Dental Society.
Glidewell Education Center
Nationally Approved PACE Provider for FAGD/MAGD credit
Approval does not imply acceptance by any regulatory authority, or AGD endorsement.
3/1/2024 to 2/29/2028
Provider ID# 216789
