ANALYSIS OF THE USE OF MINI-IMPLANTS AS ANCHORAGE IN ORTHODONTICS AND THEIR PLACEMENT TECHNIQUES

Abstract

Orthodontic mini-implants, also known as temporary anchorage devices, are widely used in contemporary orthodontics to provide stable skeletal anchorage and improve the predictability of tooth movement. This study aims to analyze the clinical application of mini-implants as anchorage units in orthodontic treatment and to evaluate the main techniques used for their placement. The article discusses the indications for mini-implant use, anatomical placement sites, insertion methods, biomechanical principles, loading protocols, and factors influencing treatment success. Particular attention is given to primary stability, bone quality, soft-tissue condition, insertion angle, and prevention of complications such as implant mobility, inflammation, root contact, and fracture. The findings indicate that orthodontic mini-implants are effective in managing complex tooth movements, including molar intrusion, anterior retraction, distalization, space closure, and correction of malocclusions. Successful treatment outcomes depend on careful case selection, accurate anatomical assessment, proper placement technique, and controlled orthodontic loading. The use of mini-implants as temporary anchorage devices can significantly improve treatment efficiency, reduce dependence on patient compliance, and expand the possibilities of modern orthodontic biomechanics.