Industrial sheet metal forming
Flexible machine concepts and customized solutions
Realize large forming paths at constant speed even long process and holding times during sheet metal forming. Our hydraulic forming presses offer significantly higher forming capacity than mechanical presses. Facilitate your processes with flowable machine concepts and customized solutions - even for niche applications. We cover automotive, construction, medical, transportation, household and all other common industrial applications.
Industrial applications from formed sheet metal
Products for Industrial
Produce heat exchanger plates with the highest manufacturing accuracies. For the production of heat exchanger plates, high demands on the embossing depth accuracy, the manufacturing accuracy and a high surface symmetry are decisive.
Faster production flow, even for small batches. Increasing model diversity, small series and shorter production cycles in the automotive sector require a variety of new tools. Take advantage of potential savings in the production process.
Precise and energy-efficient. Convince yourself of our extensive press product portfolio.
The challenge of sheet metal forming
The dynamics of model diversity in the automotive industry, for example, demands flexible die change concepts. Dieffenbacher offers you process reliability with tryout presses. Exact simulation of the properties of different mechanical production processes eliminates the need for tooling on expensive and capital-intensive production lines and tooling times can be significantly reduced. With simple automation concepts, economical production of small batches can be realized at any time.
In the manufacture of stainless steel products, the material component represents a high proportion of the cost. Economical forming processes with short cycle times, low scrap rates and outstanding quality characteristics are particularly required here. This is achieved with the multi-point drawing system Multi-Point-Control (MPC) patented by Dieffenbacher for targeted control of the sheet holding forces in the die, active forming elements for high output with low drive power and state-of-the-art control technology for reliable process control and simple operation.