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From Idea to Successful Implementation: Insights on Inkjet Process Development at Fraunhofer IPA

June 2024
Jan Janhsen

Inkjet printing demands specialized know-how and expertise that Fraunhofer IPA has built over the years. In this webinar, Jan Janhsen offers insights into their comprehensive inkjet process development approach, from idea to application development. The webinar also explores promising applications Fraunhofer IPA is pursuing with inkjet technology. As well as diving into Quantica's NovoJet printhead, capable of handling high-viscosity fluids and conductive pastes. NovoJet™ unlocks new possibilities for industrial users seeking high-performance, end-use and multi-material inkjet-printed parts. Whether an industry professional, researcher or future inkjet enthusiast, this informative session promises to expand your knowledge on the vast potential of inkjet printing.

Key takeaways:

  • Fraunhofer IPA's end-to-end inkjet process development methodology
  • Material qualification and jetting parameter optimization
  • Print strategies for 2D and 3D applications
  • Real-world implementations in printed electronics and dental manufacturing

Overview

Fraunhofer IPA brings a structured, end-to-end methodology to inkjet process development. Jan Janhsen, Group Manager at the Fraunhofer Institute for Manufacturing Engineering and Automation IPA, walks through how the institute moves from initial concept to successful industrial implementation.

The methodology centers on material qualification and parameter optimization. Quantica's NovoJet™ Printhead extends the addressable material set — including conductive pastes and other high-viscosity fluids previously unsuitable for jetting — enabling Fraunhofer to qualify materials and refine jetting parameters for production-grade outcomes.

Applications are demonstrated across two demanding sectors. The session closes with implementation cases in printed electronics and dental manufacturing, followed by Q&A — illustrating how high-viscosity inkjet translates into production realities.

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