A photocurable printing material and a method for manufacturing a prosthesis having the photocurable printing material and the prosthesis. The photocurable printing material includes a photocurable resin that accounts for 80 wt% to 98 wt% of the total weight of the photocurable printing material, The photoinitiator accounts for 0.5 wt% to 2 wt% of the total weight of the photocurable printing material and the developer accounts for 1 wt% to 15 wt% of the total weight of the photocurable printing material; the prosthesis manufacturing method includes obtaining the body to be manufactured A plurality of scanned images of, based on these scanned images to create a three-dimensional image file; and using a light-curing three-dimensional printing equipment, according to the three-dimensional image file and using the aforementioned light-curing printing material to print out the prosthesis, the prosthesis has the ability to transmit X Light irradiates the developed cavity. In this way, a realistic prosthesis can be provided for users to perform practice and pre-operative simulation operations.一種光固化列印材料及具有該光固化列印材料之假體製作方法與假體，光固化列印材料包含佔光固化列印材料總重量之80 wt%至98 wt%的光固化樹脂、佔光固化列印材料總重量之0.5 wt%至2 wt%的光引發劑以及佔光固化列印材料總重量之1 wt%至15 wt%的顯影劑；假體製作方法包含取得待製體的複數個掃描影像；根據些掃描影像建立三維圖檔；以及利用光固化三維列印設備，根據三維圖檔並使用如前述之光固化列印材料列印出假體，假體具有能透過X光照射顯影之空腔。藉此，能提供擬真之假體供使用者進行練習與術前的模擬操作。
