The topic of this thesis is Design of combined tool for production of metal holders for wire and hose ties in RASCO sweepers. The tool belongs to the group of progressive stamping dies for metal forming processes. The name progressive stamping die implies a large group of special tools used to process metals or non – metals by cutting or metal forming. Progressive stamping dies are a typical tool for large – scale and mass production. Using the right materials, proper heat treatment of cutting parts of the tool and proper operation, a batch of hundreds of thousands of pieces can be made using one tool. The operation of the tool is simple, the production of one workpiece is very short, and is seven to ten times shorter compared to machining processes. Combined tools, in addition to the cutting process, also include permanent deformation procedures. They are structurally solved so that more complex workpieces can be obtained in one step of the tool. The cost of producing such tools is high and therefore they are only applicable to large batches or workpieces with a high accuracy requirement. This paper describes die – stamping techniques, all shaping processes, and explains the division of progressive stamping dies according to their construction and purpose. Attention has been devoted to the material shape and the machine in which the tool was placed. All parts of the combined tool are described in detail and a description of the product in its production stages are given. The calculation of the cutting gap, force of punching, cutting and bending of metal holders for wire and hose ties was carried out. At the end of the paper, the shaping forces are presented quantitatively, and the workshop and assembly drawings are shown in the technical documentation.