Italiano
Italiano
Upcoming Event

Mastering Surgical Skills with Lifelike, 3D-Printed Dental Modeling

Calendar 19/02/2026 Time 08:30 CST

Reserve Your Seat

Free Admission | Limited Seating

Join us at LMT Lab Day for an Exclusive Hands-On Seminar

Thursday, Feb 19, 2026 | 4:30 PM | Hyatt Regency Chicago 

Join us for an exclusive, in-person seminar featuring a live surgical demonstration by Dr. Maria Grazia Di Gregorio (University of Cologne), followed by a practical look at how Stratasys Digital Anatomy™ is changing surgical training for dental schools and dental devices.

This session focuses on realistic, repeatable training- without the limitations of traditional methods. Train Anytime, Anywhere.

WHY ATTEND?

Stratasys Digital Anatomy™ replaces logistical challenges with clinical realism:

  • Realism without risk - Experience true haptic feedback when drilling bone, suturing gingiva, and performing sinus lifts.
  • Standardized training - Identical anatomy and pathologies for every trainee—no variability like animal or cadaver specimens.
  • Designed for complex cases - From simple extractions to severe atrophic jaws. If it can be scanned (CBCT), it can be printed.


SURGICAL TECHNIQUES COVERED 

During this session, you’ll see how 3D-printed anatomical models support:

  • Complex implantology – Implant placement, bone grafting, surgical guides
  • Soft-tissue management – Flap surgery, suturing, and gingivectomy
  • Advanced oral surgery – Sinus lifts, apicoectomies, cyst removals

RESERVE YOUR SEAT

Registration is free and based on room availability.
Priority seating is reserved for education leaders and dental device professionals.
Registration is subject to final confirmation. You will receive a confirmation email once your seat is approved.

SPEAKER
maria_grazia
Dr. Maria Grazia Di Gregorio
Senior Physician & Head of Preclinical Teaching, University of Cologne

Dr. Di Gregorio is a specialist in complex implant prosthetics and fully digital workflows. Her scientific research focuses on the application of advanced 3D printing to elevate predictable patient outcomes and clinical confidence.