Toolmaking

For the production of dipped parts, we build multiple moulds whose dipping cores very accurately reproduce the desired internal geometry of the end product. The internal geometry of a Round cap is represented by cylindrical cores. The length of the round caps can be varied from a practice-orientated minimum height of 10 mm to the maximum length of the cores, which is equivalent to the maximum immersion depth.

In this respect, an immersed Trough handle for round tubes, which shows a correspondingly necessary, concentrated number of elevations and recesses on one side, a comparative image of a precisely realised shaping geometry of the dipping cores inside the dipping part without sharp contours when viewed from the outside. The length of the handles is structurally predetermined and only variable to a limited extent in the area of the shaft length.

In addition, we optimise the shaping geometries of the dip cores to produce wall thicknesses that are as uniform as possible and are also happy to equip larger cavities with support walls, for example, to achieve the desired rigidity of a Ball handle to receive.

For the coating of metallic components such as pliers handles or rubberised wall hooks, we design and build the necessary workpiece holders and fixtures to be able to coat the parts in as large a number as possible at the same time.