支架是用於治療心血管疾病最主要的方法；其主要研究的技術是光纖雷射切割支架行為，通過實驗獲得最適化的離焦點位置、輸出功率及切割速度…等切割參數，且利用其切割參數對切縫寬度和粗糙度之影響做研究。結果顯示，其支架利用最適化的切割參數，可在316LVM 不鏽鋼管 (管壁厚度為0.12mm，直徑為6mm)，獲得切縫均勻和粗糙度佳的效果；研究成果為縫寬小於16.8 μm及粗糙度 (Ra值) 小於43.5 nm之網狀結構的支架。

Stents are commonly inserted into coronary arteries for treating cardiovascular diseases. Nonetheless, the process of manufacturing metal stents is challenging owing to the geometric design, the optimization of machining methods, and the materials involved. Fiber lasers were used as
the laser cutting technology for cutting stents. The experiment revealed the importance of precise technical parameters, including the cutting speed, laser power and defocus amount. These parameters strongly influence the kerfs width and the quality of the cutting seam surface. The optimal technological parameters for cutting cardiovascular stents with laser were acquired on the base of the experiment. Stents whose kerfs width is less than 16.8 μm were cut after repeated experiments. The surface roughness for stent laser cutting was Ra 43.5 nm, which essentially meets the design requirement for further performance evaluation. Finally, high-quality cutting of a 316LVM stainless steel vascular stent was achieved.