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Forum Education at Rapid.Tech + FabCon 3.D
The Forum Education celebrates its premiere at Rapid.Tech + FabCon 3.D on June 26, 2019. The event shows a way to integrate digital technologies into teaching at an early stage.
read more...The Metal Forum at Rapid.Tech + FabCon 3.D in Erfurt will focus on the entire production chain of metal 3D printing.
read more...Geometrically complex molds and designs with integrated cooling and temperature control channels are increasingly being produced additively in toolmaking. The Tool, Mold and Jig Making Forum will show new application possibilities.
read more...The Rapid.Tech trade fair will be held in Erfurt for the 16th time, accompanied since 2013 by FabCon 3.D. From June 25 to 27, 2019, the organizers are expecting over 200 exhibitors from Germany and abroad as well as more than 5,000 international trade visitors and congress participants at Messe Erfurt.
read more...Stratasys at the Rabid-Tech + FabCon 3.D 2019
Stratasys will be demonstrating the F370 3D printer from the F123 series live in action at its stand. The F123 series is suitable for every prototyping phase, from concept verification to design validation and functional testing.
read more...Stratasys has introduced a partner program for material production for its FDM technology. Solvay is now the first manufacturer to develop filaments for the F900 3D printer.
read more...SLM Solutions celebrates the official opening of its new branch in Shanghai. The headquarters has expanded office space and an adjoining application center.
read more...Trumpf shows how tool and mold making can make use of additive manufacturing. As heat is generated during the production of components in injection molding or die casting, many manufacturers equip their molds with cooling channels to keep the temperature constant.
read more...The boundaries between IT and operational technology, or OT for short, are becoming increasingly blurred in the course of digitalization. The goal is also more flexible production, but this also requires a more flexible infrastructure.
read more...Production systems can only be optimized during operation if all process parameters are taken into account. Therefore, the changes in the materials must also be measured, analyzed and mapped. The Fraunhofer IWM has developed a sample material data space for additively manufactured test specimens and has thus created a basis for the digital material twin.
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