本論文之研究目的在於探討刀具切割應用於LOM(Laminated Object Manufacturing)成型技術、背膠材料成型方法與構築具有色彩的LOM成型物件的技術，有別於一般雷射切割加工(Laser Manufacturing Techniques)與熱黏性膠體黏著方式，使用刀具切割與背膠材料可使機台成本下降並簡化結構，並希望能構築出具有色彩的物件，除了可建構更精美的物件外，也可標示出物件與廢料邊界有助於廢料的分離。
本研究系統包含切割機構、彩色噴墨機構、升降平台、供料系統、控制電路、彩色切層軟體與人機介面，應用LOM成型原理，3D物件經彩色切層軟體處理後輸出一有色彩之輪廓，將輪廓用刀具切割在具背膠之影印紙上，沿切割輪廓上色，接著下降平台，供料系統供應新的加工材料再做下一層的加工，形成彩色之實體物件。
本研究之成果在於架構一彩色薄層材料堆疊快速成型系統，此系統，並成功構築出並實際投入應用研究其可行性與性能表現，完成直線定位技術之實現、構築實體彩色物件、彩色薄層材料堆疊快速成型製作流程、彩色薄層材料堆疊快速成型機構之建立與相關基礎性能研究，最後確立其規格包括系統整體大小、最大可構築物件尺寸、著色解析度、切割精度與建構速度，並構築一簡單彩色LOM物件。

The purpose of this research is to develop a Laminated Object Manufacturing（LOM）based rapid prototyping machine by using knife-cutting technique, gummed materials to manufacture a colored object. Instead of laser manufacturing techniques and hot stickiness colloid stick methods, using knife-cutting method and gummed materials can reduce the cost of machine and simplify its constructions, and manufacture a colored object. Besides manufacturing a more exquisite object, a colored object is helpful to separate scrap from itself.
The systems of this research include cutting structure, coloring structure, material-supplying system, control circuits, colored slicing software and man-machine interface. Based on LOM rapid prototyping theorem, a colored contour is obtained from a 3D object by colored slicing software, follow the contour, cut a slice of gummed paper and print colored region, then descend the platform, on next layer after material-supplying system supply new a material, finally form a colored virtual object.
The result of this word is the feasibility of the colored LOM concept can become true by a laminated object manufacturing device combined with a color printer. In addition to the subsystem integration as well as the process of this manufacturing is verified, a simple colored object is also obtained from this new colored LOM machine.

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