To provide a multiple image cutting method that can form a workpiece with a plurality of complicated images easily and clearly without manual help.

A multiple image cutting method consists of a process of reading an image from a photograph by a scanner, a process of image-processing the read image using a software photo shop, a process of processing data obtained by image processing, shifting this data to machining data software and converting it into machining data, a process of setting material for a workpiece to a specified cutting device, a process of outputting the machining data and applying engraving to the surface of the material by a cutting tool to form a photo body, a process of manufacturing outline (contour) machining data of the workpiece so as to correspond to the outline (profile), a process of inputting the manufactured outline (contour) machining data to an outline cutting device to cut the outline, and finally a process of forming V-grooves of specified pitches in longitudinal and lateral directions on the engraved face using a cutting tool.