奈米蠶絲蛋白自動化靜電紡絲技術

本研究以靜電紡絲及自動化控制技術為基礎，設計研製新型自動化奈微米靜電紡絲量產機構，開發陣列式多針架構，提升奈米紡絲產量。本紡絲系統結合自動化控制技術，藉由人機介面設計，達成紡絲製程參數的控制，可降低環境參數及人為變動的影響，提升紡絲製程的發定性及可靠度。

The project has developed an automatic electrospinning mechanism for improving mass-production technology in nano silk production. The multi-needle structure is developed to improve electro spinning yield. The visible control parameters of the spinning processes had been achieved by designing a man-machine interface that can reduce the influences of environmental and artificial variations. The experimental results show that the stability and reliability of the spinning processes can be improved significantly. A mobile gantry platform was used to control correct spinning working distance and fiber deposition position for guaranteeing nanofiber uniformity in thickness and distribution. An automatic transmission belt was applied to control the bass material movement.