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CCL Design to Deliver Keynote at IPI 2025

We’re proud to announce that CCL Design will be taking the stage as a keynote speaker at the upcoming Industrial Print Integration Conference on 12–13 November 2025 in Düsseldorf-Neuss.

Our keynote, titled “Dead Fronts, Light Guides, Hidden-Until-Lit Displays: How Inkjet Enters Human-Machine Interfaces”, will explore the transformative role of inkjet printing in modern HMI (Human-Machine Interface) design. From automotive to consumer electronics, we’ll showcase how advanced inkjet technologies are enabling new levels of design freedom, precision, and adaptability in functional and decorative components.


Meet the Speakers

Andreas Willfahrt

Andreas leads product development for printed electronics and HMI solutions at CCL Design.

His expertise spans from concept to commercialization, with a focus on delivering scalable, high-performance solutions for global OEMs.

Reza Kianiboroujeni

Reza Kianiboroujeni is a Print Media Technologies engineering student at Hochschule der Medien, completing his thesis in the R&D department of CCL Design Stuttgart.

His work focuses on printed electronics, sensor systems, and HMI integration through advanced screen and digital printing processes for developing functional, data-driven interfaces and scalable smart manufacturing solutions.

Together, Andreas and Reza will share real-world applications and technical perspectives on how inkjet printing is driving the next generation of industrial design.

IPI 2025

Save the date: 12–13 November 2025
Location: Düsseldorf-Neuss, Germany
Explore the full programme

The commercial production of products often involves, not just the combination of a range of manufacturing processes, but a specific combination of printing processes to achieve consistent, premium results.

As a trusted partner to many of the world’s largest brands, we leverage our global manufacturing capabilities to deliver innovative, high-quality products while improving manufacturing efficiencies and minimising our environmental impact.

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