中文Industrial Print Integration (IPI) 2026, Europe’s gathering for industrial inkjet and emerging printing technologies, will lay out the next frontier for the sector through keynote presentations, technical sessions and a networking exhibition in Neuss. The event has become a barometer for where printing technology goes once it leaves the page and enters factories, laboratories and clinics.
Six keynote presentations will explore developments from a range of perspectives. Bernd Zipper of Zipcon will examine how artificial intelligence is transforming print procurement and supply-chain management. A collaboration between Axalta, Durr Systems and Xaar will showcase a robotic vehicle-painting system combining digital print technology with advanced coatings. Jon Harper Smith of Smithers will provide strategic market analysis, while Jan Schrooten of Antleron will demonstrate multimaterial 3D printing platforms for patient-centric biomedical solutions, highlighting the convergence of printing and additive manufacturing. Witold Nawrot of XTPL will showcase ultra-precise dispensing technology for one-micron interconnections, and Johanna Rimbock of EV Group will present inkjet solutions for next-generation AR and VR optics.
Technical sessions will delve deeper into the technologies driving new industrial applications. Topics include customised print systems for functional printing on diverse substrates, printhead designs optimised for high-viscosity inks, and advanced ink formulations. The programme will also address UV-LED curing and IR drying for industrial environments, big data and AI for process optimisation, sustainability in manufacturing, direct-to-shape printing for complex geometries, plasma treatment for challenging materials, and sustainable 3D printing approaches leveraging industrial printing technologies.
On 23 November, a pre-conference programme will offer a tour of the Epson Experience Center in Neuss, where attendees can explore innovations in printhead technology, robotics and automation through interactive demonstrations. The programme will also include Ink Delivery System Training and a preview of a new ESMA Academy course on inkjet for functional applications, with a particular focus on printed electronics; the full course will launch in April 2027.
IPI 2026 will also feature a networking tabletop exhibition, with confirmed exhibitors including Agfa, Barbieri, ColorGATE, Epson, Evonik, Fiery, Fraunhofer IPA, Fujifilm Dimatix, Fujifilm Speciality Ink Systems, Global Inkjet Systems, Konica Minolta, Meteor Inkjet, Nazdar, Ricoh, Sun Chemical, Xaar and many others across the printing and curing supply chain. The breadth of the exhibitor list itself tells the story: industrial printing is now a convergence of chemistry, mechanics, optics and data.
The significance of IPI lies in its scope. Industrial printing has moved well beyond decorative graphics into functional roles: conductive traces for electronics, precise dispensing for micro-components, biomedical scaffolds, and coatings applied with print-level control. The keynotes make clear that the future belongs to hybrid systems, where printing meets robotics, materials science and data, and where the value is defined by what the printed result does rather than how it looks.
For suppliers and converters, the event is a barometer of where investment and innovation are heading. The emphasis on high-viscosity inks, direct-to-shape printing and plasma treatment signals demand for printing on unconventional surfaces, while the AI and big-data sessions reflect a sector intent on turning production data into measurable efficiency. Sustainability threads through the programme, from UV-LED curing to eco-conscious 3D approaches, answering regulatory and customer pressure simultaneously.
The throughline of IPI 2026 is convergence. Printing is no longer only about putting ink on a substrate for appearance; it is about depositing function, conductivity, biology or coating with precision at industrial scale. The keynote on robotic vehicle painting, blending digital print with advanced coatings, illustrates how far the discipline has travelled from its graphic roots, while the biomedical 3D platform shows printing colliding productively with additive manufacturing.
Printed electronics anchors much of the programme’s commercial promise. As devices shrink and products demand embedded intelligence, the ability to print conductive traces, sensors and interconnections at micron scale opens markets that conventional assembly cannot serve economically. XTPL’s one-micron dispensing and EV Group’s inkjet for AR and VR optics are emblematic of a field where the printed result is defined by what it does, not what it looks like.
Sustainability and data close the loop. Sessions on UV-LED curing, IR drying and big-data process optimisation reflect an industry determined to make industrial printing both cleaner and smarter, turning production data into measurable efficiency gains. The pre-conference ESMA Academy course on inkjet for functional applications, launching fully in April 2027, signals a deliberate effort to train the workforce this convergence will require. For suppliers and converts alike, IPI is where the next decade of industrial production begins to take shape.
What makes IPI distinctive is its refusal to silo printing from the rest of manufacturing. The keynotes repeatedly show printing as one process inside a larger system, robotic handling, materials science, data analytics, rather than a standalone craft. That framing matters for investment: it positions industrial print not as a niche but as enabling infrastructure for electronics, mobility, healthcare and consumer goods. Delegates who attend with a narrow graphic-arts mindset tend to leave with a far broader sense of where their skills and equipment can travel next.
