Abstract: A stamping machine for labels and covers includes a servomotor as a driving element. The servomotor can be directly or indirectly connected to a spindle which causes the stamp to move forward in a linear manner.

Abstract: An embossing tool including a female die (5) and a male die (7). A raised section (9) is formed on the female die, which corresponds to the area to be embossed. An elastic compensating element (13) is located in a recess (11) of the male die (7), which protrudes from the surface of the male die (7) by a few tenths of a millimeter. This embossing tool allows the undoing of existing embossments on a film (1).

Abstract: A device by which thin-walled materials, such as labels and flat lids for containers, can be punched in micro or small quantities. The device includes a band steel cutting edge (11) that is elastically mounted in the punching direction. The matrix is likewise elastically held on the matrix plate perpendicular to the punching direction by virtue of a matrix seat (33) fastened to the region in the matrix plate (27) that is adjacent to the opening (29). On the matrix seat, an elastically deformable intermediate plate (47) is placed, and the matrix (55) is placed on the intermediate plate.

Abstract: An embossing tool including a female die (5) and a male die (7). A raised section (9) is formed on the female die, which corresponds to the area to be embossed. An elastic compensating element (13) is located in a recess (11) of the male die (7), which protrudes from the surface of the male die (7) by a few tenths of a millimeter. This embossing tool allows the undoing of existing embossments on a film (1).

Abstract: A device by which thin-walled materials, such as labels and flat lids for containers, can be punched in micro or small quantities. The device includes a band steel cutting edge (11) that is elastically mounted in the punching direction. The matrix is likewise elastically held on the matrix plate perpendicular to the punching direction by virtue of a matrix seat (33) fastened to the region in the matrix plate (27) that is adjacent to the opening (29). On the matrix seat, an elastically deformable intermediate plate (47) is placed, and the matrix (55) is placed on the intermediate plate.