一种雪、冰鞋鞋后跟固定器制作方法，其系依序经过原料、压延、整平、冲压，而可完成后跟固定器之成型技术，其中，原料为一长形之金属基板，金属基板上具有一第一边与一第二边，且该第一边与第二边系具有厚度上的差异，俾构成第一边厚度大于第二边厚度的使用形态，压延是利用滚轮压延机对金属基板进行滚压，让金属基板能从滚轮压延机的二滚轮间通过，透过金属基板第一边与第二边厚度上的差异，系令金属基板能被压延成扇形状，俾以在没有废料产生的情况下，完成弧形板的取得，利用压延之制程，还令弧形板的密度能变得扎实，以有效提升强度，弧形板压延完成后，系再利用整平机来进行整平，让弧形板能从整平机的滚轮组间通过，冲压是依照后跟固定片所需要的外形与孔洞位置对弧形板进行冲压，冲压后再将该后跟固定片弯折，俾构成一可安装在雪、冰鞋上的后跟固定器者。

Disclosed is a manufacturing method of snowshoe/ice skate heel fixer, which provides a formation technology for generating a heel fixer by sequentially applying the processes of raw material, calendering, leveling, and stamping. A raw material is an elongated metal base plate having a first side and a second side, and the first side and the second side are different in thickness so that a usage form in which the thickness of the first side is greater than the thickness of the second side can be constituted. In the calendering process, a rolling calender is utilized to roll and press the metal base plate, thus to allow the metal base plate to pass through between two rollers of the rolling calender. With the thickness difference between the first and second sides of the metal base plate, the metal base plate can be calendered into a fan shape, thus to complete an arc-shape plate without generating wasted material. By means of the calendering process, the density of the arc-shape plate becomes high and thus the strength thereof can be effectively increased. After the arc-shape plate is calendered, the arc-shape plate is then leveled by a leveler in a leveling process, thus to allow the arc-shape plate to pass through between roller sets of the leveler. In the stamping process, a heel fixing sheet is obtained by stamping the arc-shape plate according to the shape and hole positions required therewith. After the stamping process, the heel fixing sheet is bent to constitute a heel fixer capable of being mounted on the snowshoe/ice skate.