Orthodontic Traction of Impacted Canines Simplified

Impacted canines and unerupted teeth present some of the most challenging biomechanical hurdles in daily orthodontic practice. Understanding how to safely guide these teeth into the dental arch is essential for achieving predictable clinical outcomes without damaging adjacent structures. This comprehensive text-based course breaks down the complex mechanics of orthodontic traction into clear, manageable steps, helping you develop a systematic approach to diagnosing impactions, interpreting modern 3D imaging, and designing highly controlled force systems. What you'll learn: - Understand the anatomical and developmental causes of canine impaction and eruption failure. - Interpret Cone Beam Computed Tomography (CBCT) to precisely locate impacted teeth in three dimensions. - Design predictable biomechanical setups using temporary anchorage devices (TADs) and segmented archwires. - Apply safe surgical exposure protocols and bonding techniques for traction attachments. - Manage common clinical complications, including root resorption risks and anchorage loss. - Plan customized traction pathways that protect adjacent incisors and periodontal tissue. Our curriculum begins with foundational concepts of tooth eruption and diagnostic imaging, before progressing to step-by-step biomechanical planning, surgical-orthodontic coordination, and active traction mechanics. Designed for practicing orthodontists, dental residents, and general dentists looking to build a solid foundational understanding of impacted tooth management, this course requires no advanced surgical experience. Read through our detailed clinical guides and master the mechanics of predictable tooth traction today.