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ENGEL e-learning seminar

This is an online course from our partner ENGEL AUSTRIA GmbH. The course is delivered via ENGEL’s e-learning platform.

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ENGEL e-learning-Kurs

Es handelt sich um einen Onlinekurs unseres Partners ENGEL AUSTRIA GmbH. Die Auslieferung des Kurses erfolgt über die e-learning-Plattform von ENGEL.

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Official online course

This course is part of our E-Seminar Flatrate as an official online course of the Kunststoff-Institut.

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„On-Demand“ Online Seminar

“On-Demand” includes a much more compact modular structure than comparable live online seminars.

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eLearning Course

The focus of the format is on the visualization of the content, e.g. through video sequences or animated content.

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Offizieller Online-Kurs

Dieser Kurs ist als offizieller Online-Kurs des Kunststoff-Instituts Teil unserer E-Seminar-Flatrate.

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„On-Demand“ Online-Seminar

„On-Demand“ beinhaltet einen deutlich kompakteren modularen Aufbau als vergleichbare Live-Online-Seminare.

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#Spotlight

Die max. 45-minütige Informations-Session bietet Content pur zu Technologien, innovativen Trends und aktuellen Themen an.

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e-Learningkurs

Der Schwerpunkt liegt bei dem Format auf der Visualisierung der Inhalte z. B. durch Videosequenzen oder animierte Inhalte.

99.90€*

*Plus VAT. Course can be viewed and edited for one year after activation. Price is per participant. Access data are personalized and may not be passed on.

Course format: #Spotlight

#Spotlight: Additive Manufacturing

The Spotlight will feature the possibility of material modification of 3D printing materials. Thermally conductive materials are on everyone’s lips. Especially for the electronics industry, where heat has to be dissipated from the electronics, thermally conductive plastics play an important role. However, such material modifications can also be imagined with other functions. Keywords here are antibacterial, antiviral or even EMC shielding. In combination with additive manufacturing, completely new possibilities arise for this fast-growing industry.

Objectives: Modification of materials for additive manufacturing in order to be able to realize properties of injection molded components in the prototype phase / development close to series production by means of 3D printing.

Target group: Design engineers, product and assembly developers, project managers from all areas of additive manufacturing / plastics technology.