Progressive dies for complex components

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Punched, bent and drawn parts in large series

Forming in a progressive die

for greater efficiency and top quality

With progressive dies, several processing operations such as punching, bending, drawing and embossing can be carried out in a single machine. They are based on the concept of progressive die technology, which consists of several processing stations arranged in a line. Each of these stations carries out a specific work step and can be adapted to the individual requirements of the component.

Precision despite high loads

Due to the high and intensive load, progressive tools must meet the highest demands in terms of durability and precision . The use of progressive tools brings considerable advantages in terms of throughput times in production. This means that the time between placing the order and delivering the parts can be kept relatively short.

The focus is on quality

In order to guarantee the quality of the components produced, the progressive tools must be manufactured with extreme precision so that the required tolerances and accuracy are maintained. This requires advanced manufacturing techniques, strict quality control and a great deal of experience. Due to economic requirements and the constantly increasing quality demands of our customers for complex components, in combination with increasing production sizes, we use progressive dies out of conviction.

Advantages of progressive dies

precise components for series production

Progressive dies enable the production of complex parts in a single pass, which speeds up the production process and facilitates the manufacture of large quantities.

The seamless manufacturing process reduces the need for human intervention, resulting in fewer errors and rejects. Series production of intricate components is therefore possible without any problems.

Economy and efficiency

One economic advantage of progressive dies is the saving of resources. By combining several work processes in one tool, less material is wasted and production costs are reduced.

In addition, the high precision of our tools results in less waste and improved material utilization.

Quality of our progressive tools

constant checks - reliable components

Quality control of progressive tools is crucial to ensure that the tools function reliably and meet the high precision requirements of the manufacturing industry.

Production process monitoring

The production process is constantly monitored to ensure pre-manufacturing quality. This includes regularly checking the dimensions and tolerances of the manufactured parts to ensure that they are within the given specifications.

The condition of the tool itself is also continuously monitored in order to detect signs of wear or damage at an early stage.

Material testing

The quality of progressive tools depends heavily on the materials used. It is therefore important to test the materials carefully and confirm their suitability for the intended purpose.

This includes tests for hardness, wear resistance and other mechanical properties.

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Category
Offers

Country
Germany