首先依臨床手術的功能性需求擬定出自鑽型矯正用骨釘之工程尺寸，透過Sol

首先依臨床手術的功能性需求擬定出自鑽型矯正用骨釘之工程尺寸，透過SolidWorks建立3D自鑽型矯正用骨釘模型，並針對應力集中且有破壞疑慮之部位進行結構上的改良，模擬分析確認無虞後將繪製自鑽型矯正用骨釘工程圖

Kết quả (Anh) 1:

First according to the functional requirements of clinical surgery developed from the works of correction with diamond bone nail sizes, building through SolidWorks 3D correction of bone nail with a diamond model and stress concentration and structural improvement of the destructive doubts of parts, simulation to confirm and secure, will draw the correct bone nail with a diamond project

Kết quả (Anh) 2:

First, according to functional requirements drawn from clinical surgical correction with bone screws drilled type of project size, build self-drilling type 3D correction model with bone screws through SolidWorks, and improved structural parts for stress concentration and there is concern of damage, simulation Analysis confirmed that no fear will draw the self-drilling type straightening pegs Drawings

Kết quả (Anh) 3:

First according to the functional needs of the clinical operation prepared from drill type correction engineering bone nail size, through SolidWorks to create 3D self drilling type correction with bone nail model, and the stress centralized and suspicions of sabotage the parts of structure improvement and simulation analysis confirm that there is no danger will be painted of self drilling type bone nail engineering drawings orthodontic anchorage