本論文為對T3D公司手機3D列印系統之樹脂槽開發所進行的研究，研究目的為找出適合此樹脂槽量產計畫之製作方式以及透過製程參數的調整來降低分離力。
在下照式光固化3D列印中，影響列印品質以及成敗的主要因素為固化後之樹脂與樹脂槽底部脫離產生之分離力，使用物理方法在薄膜上建構微結構或是使用化學方法抑制底部樹脂附著於樹脂槽底部為目前常見的做法，但是在此量產計畫中並不符合成本效益，故本研究透過探討樹脂槽中薄膜張力與分離力之關係，找出合適之製程參數以達到降低分離力之效果。
論文最後對T3D樹脂槽與市售下照式光固化列印機Nova3D樹脂槽進行分離力之比較，比較結果發現Nova3D樹脂槽之分離力值為14.63N，T3D樹脂槽最低的分離力值為1.69N，遠優於Nova3D樹脂槽。

This paper is a study on the development of resin tanks for T3D mobile phone 3D printing system. The purpose of the research is to find out the best parameters to produce resin tank, make it suitable for production plan and adjust the process parameters to reduce the separation force of resin tank.
In the bottom-up photopolymerization process, the main factors affecting print quality and success rate is the separation force between the cured resin and the bottom of the resin tank. It is a common method to reduce the separation force by using a physical method to construct a microstructure on a film or using a chemical method to prevent the cured resin from sticking on bottom of the resin tank, but these methods are not economical in this production plan; therefore, this study discuss the relationship between film tension and separation force in resin tank, and try to find out the appropriate process parameters to reduce the separation force.
Finally, compare the separation force of T3D resin tank with the commercially available photocuring printer Nova3D resin tank. The result shows that the separation force of the Nova3D resin tank is 14.63N; however, the lowest separation force value of T3D resin tank is 1.69N, which is much better than Nova3D resin tank.

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