Two technological advances in recent years have changed the landscape of modern orthodontics, namely 3D printing and skeletal anchorage. Metal 3D metal printing is revolutionizing our appliance options with the sky being the limit for innovative design. The orthodontist is no longer limited by the ability of the technical laboratory to bend wires especially in complicated designs. On the other hand, Skeletal anchorage is increasing the scope for maxillary growth modification both in transverse and antero-posterior dimensions, even in older patients. How does this translate to better or more efficient treatment?
This lecture will explore the recent methods in maxillary growth modification especially in Class III malocclusion and how the incorporation of metal 3D printing can increase the efficiency as well as improve the workflow of such treatments. The speaker will also discuss the potential for maxillary expansion in more mature patients. The results of a series of clinical studies and case reports will be presented.
Learning Objectives:
After this lecture, attendees will be able to:
Understand the role of palatal TADs and MARPE in maxillary growth modification in children in Class III malocclusion.
Evaluate how 3D printing can expand the design possibilities and enable multitasking with the same appliance to achieve several treatment objectives.
Evaluate the rational and protocols for non-surgical maxillary expansion in mature adolescents and adults using metal 3D printing and TADs.
