Crimplock: A Reinforced Crimpable Hook Assembled with Coil Spring for Efficient Distalization

Authors: Dr. Suresh Kundalikrao Kangane, Dr. Siddhant Ramesh Jadhav, Dr. Yatishkumar Satyanarayan Joshi, Dr. Pravinkumar Sharnappa Maroore, Dr. Kirti Govinda Sonawane, Dr. Gajanan Babruwan Waghmode, Dr. Manjusha Manohar Patil

DOI: 10.18231/j.ijodr.12723.1949097752

Keywords: molar distalization, reinforced hook design, anchorage control, coil spring distalization.

Abstract: Upper molar distalization is a crucial component of non-extraction orthodontic protocols for correcting Class II malocclusions or achieving space for anterior alignment. This article presents a novel method utilizing a crimpable hook on a 0.019x0.025 stainless steel (SS) archwire, reinforced with an L-shaped auxiliary wire welded to both the crimpable hook and base archwire. This configuration ensures stability, resists mesial drift of the hook under coil spring pressure, and enhances comfort by eliminating the need for auxiliary distalizing hooks. Anterior teeth are consolidated with ligature ties to neutralize reciprocal forces, allowing for isolated molar movement. This simple, efficient, and comfortable method offers a fail-safe mechanism that can be integrated easily into routine orthodontic mechanics.