Products
Tools
We provide comprehensive supplies of progressive tools, transfer tools, manual loading tools, prototype tools, tools with riveting units, threading and shearing tools, punching tools, drawing tools, calibration tools and others.
Each tool is tested at the customer’s place and fine-tuned exactly according to their requirements and the demands of peripheral devices such as feeders, sheet metal straighteners, lubrication units etc. If necessary or at the customer’s request, the tools are supplemented with diagnostic elements (sensors, control units).
Example of project solution
Establishing of technology design
01 Input semi-finished product
02 Sheet draw
03 Cutting
04 Hemming
05 Bending
06 Finished part
Process simulation
Tool designing
Manufacturing and assembly
Final tuning and stamping of first serial pieces
Inspection fixtures
Using the inspection fixture, it is possible to directly check whether the stamping meets the required shape and dimensions.
Most fixtures are also designed for use in 3D measurement. The fixtures contain control points that keep the coordinate system of the measured part. Instructions for use and a methodology for measuring parts is, of course, part of the delivery.
Stamped parts
Samples and prototypes
We offer the supply of prototype parts and samples in single quantities or smaller series. For the pressing of these parts, we will design the optimal part production technology, designing and manufacturing of prototype tools, including pressing the required number of pieces.
Designing
We offer the design of stamping tools according to the part drawing and customer requirements. We supply complete production drawing documentation, PDF assembly drawing, parts lists, 3D assembly model.
We also offer documentation modifications for already existing tools, e.g. when changing stampings.
In cooperation with the customer, we optimize the shapes of stampings to simplify manufacturability, i.e. to make production more efficient.
Simulation
We offer technology design and verification of the production process by using simulation. By this method we can more quickly optimize shear curves, solve morphing of sprung surfaces, thinning, and determine material limit values during forming.
We offer support in optimizing of already existing tools. We provide on-site tool surface scanning, technological-kinematic analysis, and simulation to improve the forming process.