本研究為多雷射式成形之初期機台設計及開發之研究，實驗初期會以雷射選用及透鏡選用，配置出一套光學系統，根據此光學配置搭配機台改裝，以建構出一單雷射系統，並進行相關參數測試，以顯微鏡觀察線寬打印情況，並驗證光學系統是否可順利成形，單雷射系統建立後，先打印一圖檔，觀測其燒結狀況，並計算其成形時間，最後與多雷射系統進行比較。
多雷射系統建構上，以先前所配置出之參數，對多雷射進行排列及模組化設計，並針對多雷射系統建構出冷卻系統及驅控系統等相關配置，架設完成後會時計以一圖檔匯入，並對測試紙進行雷射點未之拼接及實際進行圖檔燒結測試，並與單雷射系統所成形之圖像進行比較。

This study is about the early research on the development of Additive Manufacturing with multiple diode laser module. At the early of the experiment, would configure an optical system. According to this optical configuration and match the machine movement, and construct a single laser system. And test related parameters, observe the line width printing with a om microscope, and verify whether the optical system can be formed smoothly. After construct a single laser system, will print a pattern first, observe its sintering status and calculate its forming time, and finally compare with the multiple laser system.
The multiple laser system is constructed with the previously configured parameters, arrange and module design for multiple lasers, and for the multiple laser system to construct cooling system and driver control system. After construct will actually import an image file into the system. And perform laser spot splicing and actual sintering test on the test paper, and finally compare with the image formed with single laser system.

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