SHORT® Implants in Contemporary Implantology:
Indications, Biomechanics, and Long-Term Outcomes
This lecture examines how implant macro-geometry influences clinical performance and long-term stability. The Bicon system’s plateau design, locking taper seal, and sloping shoulder are contrasted with screw-retained systems, with clinical evidence showing crestal bone stability and bone gain. Indications for SHORT® and NARROW® implants are discussed, emphasizing simplified treatment, reduced surgical complexity, and improved practice efficiency.
Educational Objectives
- The unique design, macro-geometry, and clinical capabilities of the Bicon Dental Implant System
- Clinical evidence demonstrating crestal bone stability and long-term bone gain
- Surgical and restorative techniques for both straightforward and challenging treatments while avoiding bone grafting
- Digital workflow using TRINIA® metal-free CAD/CAM material
- Date: Thursday, 23 April 2026
- Kosher Dinner Buffet: 19:30–20:30
- Conference Part 1: 20:30–21:15
- Desserts: 21:15–21:45
- Conference Part 2: 21:45–22:15
- Location: The Intercontinental Champs-Elysees
- Address: 64 Avenue Marceau Paris, 75008 France
- CE Credits: 2 hours
- Tuition: FREE!
- Speakers: Dr. Vincent J. Morgan, DMD • Dr. Kadhim Al Himdani, BDS, PhD, MSc
Atrophic Ridges
Bicon SHORT® Implants and TRINIA® can provide posterior occlusion with only canine implants. Images courtesy of Prof. Dr. Rolf Ewers • Vienna, Austria.
Long-Term Radiographs
14 YEARS
21 YEARS
19 YEARS
Only Bicon SHORT® Implants have decades of clinical success.
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