目前由於影像感測器之畫素縮小，手部震動導致影像模糊的情況更為嚴重，因此，影像穩定系統在現今被廣泛的發展。本文透過理論分析，了解元件所需的設計要求及參數，提出了大位移的雙軸致動模組，使之應用於光學影像穩定系統。以電磁致動器為基礎，利用磁路設計的概念使得元件產生線性的大位移輸出。另外，透過沿對角線對稱的磁場以及高剛性彈簧的解耦合能力，實現大位移雙軸致動模組。而製程方面，則是利用微機電技術製作出精密的移動平台，並且考量到後續與光學元件整合的部分，對於元件的載具有所規劃及設計。最後透過實驗量測，了解元件特性。驗證元件具有大位移、大致動力以及雙軸致動的能力。並且，透過與光學透鏡整合，利用雷射光束以及文字影像，了解元件應用光學穩定系統的成效。

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