目前市售鞋子鞋底多以黏膠與鞋面相連結，製造成皮鞋。近年也有一體成形的橡膠拖鞋大量生產。皮鞋多清洗不易，致使細菌叢生，或因鞋底磨損，皮面老化等因素無法使用。因此單相滑塊組合鞋設計當可解決以上問題，提供多層次組合穿法的變化需求。單相滑塊組合鞋設計結構包含鞋底、自製鞋面與連結用的單相滑塊鞋墊所組合。此組合選用單相滑塊鞋墊原因為可以將鞋底、自製鞋面緊緊扣住，在行走時不致滑脫。多層次組合穿法的變化需求，可以提供環境的不同，變化穿著的優勢。為現今鞋子市場，提供優異的新選擇，在此我們利用3D列印的技術使用TPE線材進行單相滑塊組合鞋設計。

Currently, the marketed shoe soles are mostly connected with adhesive and vamp. In recent years, there has also been a large number of integrally formed rubber slippers. Leather shoes are not easy to clean, Causing bacterial growth, or due to wear on the sole, Factors such as aging of the leather surface cannot be used. Therefore, the single-phase slider combination shoe design can solve the above problems. Provides a changing need for a multi-layered combination of wearing methods, Combination of homemade upper and single-phase slider insole for connection, Single-phase slider insole for this combination, The reason is that the sole and homemade upper can be tightly fastened, Does not slip when walking, Multi-level combination wearing requirement, Can provide different environments, Change the advantage of wearing, For the current shoe market, Provide excellent new options. Here we use the 3D printing technology to use TPE wire for single-phase slider combined sole design.