Additive Manufacturing

...from concept to finished component – a continuous process chain

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Additive manufacturing (3D printing) is a technology in which components are created by building up material point by point and layer by layer. Unlike subtractive processes such as milling or turning, which remove material, additive manufacturing enables the creation of complex geometries directly from digital 3D models. Advantages include a high degree of design freedom, customization, and efficient use of materials. Components manufactured in this way are used in prototyping, toolmaking, medical technology, aerospace, and mechanical engineering. Additive manufacturing encompasses far more than just the actual printing process. The process chain begins with the generation of ideas and includes the conceptualization and design of a component model using CAD software. The goal is to develop new products with improved functions and properties.

Software-based optimization techniques, such as topology optimization or simulations, are particularly well-suited for this purpose. This also includes selecting suitable materials and planning for any necessary post-processing. Specifically, a CAD component model is broken down into thin layers on the computer. A 3D printer then applies the material layer by layer, according to the layer decomposition data.

TTZ-MSP is able to provide expert guidance and support to companies throughout all these phases — from the initial idea to digital modeling and optimization to the finished, usable product. State-of-the-art technical equipment and practical expertise are available to develop customized solutions and implement innovative projects.

For companies, especially those in the Main-Spessart region, the TTZ-MSP is therefore a powerful point of contact, not only for finding out about the possibilities offered by this forward-looking technology, but also for actively and efficiently integrating it into their own development and production processes.
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