For the post processing of 3D printed components the Klaus Stöcker metal processing company uses the S1 and M1 Basic from AM Solutions – 3D post processing technology.  (Source: Klaus Stöcker Metallbearbeitung)
Special mass finishing operation

Automated surface smoothing and homogenization of 3D printed components

When it started offering ready-to-install 3D printed plastic and metal components to its customers, the job shop Klaus Stöcker metal processing initially utilized manual post processing methods. Because of the growing demand and stricter requirements of the post processing operation, the company purchased the automated systems S1 for de-powdering and M1 for the surface smoothing and homogenization from AM Solutions.

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Providers on the topic

The additively manufactured tool insert for particle foam processing is 95 percent lighter and its steam consumption is 97 percent lower. (Source: Fraunhofer IAPT)
Research

Faster tooling through 3D printing

Whether injection moulding or machining, tooling is essential. Cheaper production and cooling close to the contour are the main arguments for producing tools using additive manufacturing. But there is more to it than that.

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Galleries

BBG integrates machine learning (ML) and artificial intelligence (AI) into production lines. (Source: BBG)
Artificial Intelligence

How self-learning automation makes your production more intelligent

At the Mindelheim-based company BBG, an end-to-end line for finishing glass with polyurethane (PUR) is being set up to demonstrate and test the results of a research project. The project “EKI — Engineering for AI-based Automation in Production Environments” is intended to pave the way for the intelligent adaptation of production systems to changing requirements and environmental conditions, for example in order to manufacture new variants of a product.

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