미니 임플란트, 레버암과 슬라이딩 술식을 이용한 수직 고경 조절

Vertical Dimension Control Using Mini-Implant, LeverArm, and Sliding Mechanics

This paper presents a comprehensive analysis of the mini-implants and sliding mechanics in orthodontics to control the vertical dimension. Vertical dimension is a crucial factor for functional occlusion, facial esthetics, and overall oral health. The application of mini-implants with sliding mechanics represents a contemporary approach in orthodontic treatments, providing enhanced precision and effectiveness. This case report reviews clinical implications of vertical dimension management and explores the combined application of mini-implants and sliding mechanics. This paper presents a comprehensive analysis of the mini-implants and sliding mechanics in orthodontics to control the vertical dimension. Vertical dimension is a crucial factor for functional occlusion, facial esthetics, and overall oral health. The application of mini-implants with sliding mechanics represents a contemporary approach in orthodontic treatments, providing enhanced precision and effectiveness. This case report reviews clinical implications of vertical dimension management and explores the combined application of mini-implants and sliding mechanics. This paper presents a comprehensive analysis of the mini-implants and sliding mechanics in orthodontics to control the vertical dimension. Vertical dimension is a crucial factor for functional occlusion, facial esthetics, and overall oral health. The application of mini-implants with sliding mechanics represents a contemporary approach in orthodontic treatments, providing enhanced precision and effectiveness. This case report reviews clinical implications of vertical dimension management and explores the combined application of mini-implants and sliding mechanics.