Global manufacturer of professional printing systems; H2020 industrial partner in IoT, sensors, and simulation-based production engineering.
Canon Production Printing (operating under the Océ brand) is a Venlo-based global manufacturer of professional printing systems — large-format inkjet, laser, and document production equipment used in commercial printing, reprographics, and industrial output. In H2020 projects they contributed as an industrial end-user and validation partner, bringing real-world manufacturing constraints, sensor integration requirements, and production technology expertise that academic partners lack. Their involvement in CHARM shows they are actively pushing their own hardware toward IoT connectivity and operation in challenging physical environments. They represent the kind of large industrial company that turns research outputs into deployed products at scale.
ProTechTion (2018-2022) specifically addressed industrial decision-making on complex production technologies, positioning Canon Production Printing as a domain contributor with deep manufacturing floor knowledge.
ProTechTion focused on simulation-based engineering as a support tool for industrial decisions, indicating familiarity with digital twin and process modelling approaches in manufacturing contexts.
CHARM (2020-2024) involved smart systems tolerant to challenging environments for IoT and AI, with Canon contributing packaging technologies and sensor integration relevant to their printing hardware product lines.
CHARM keywords explicitly include packaging technologies alongside industrial IoT and sensors, reflecting Canon Production Printing's interest in media handling and substrate management within automated production workflows.
Canon Production Printing's H2020 trajectory moves from process intelligence to connected hardware. Their first project (2018) was about modelling and decision support for complex manufacturing — an inside-out perspective focused on understanding and optimizing their own production logic. Their second project (2020) shifted outward: harsh environments, sensors, packaging, and industrial IoT suggest they are now instrumenting their physical equipment and integrating it into broader digital factory ecosystems. The direction is consistent: a traditional hardware manufacturer adding data and connectivity layers to products that previously operated in isolation.
They are moving from internal process modelling toward connected, sensor-rich hardware — a path toward Industry 4.0 product lines that can operate autonomously in demanding industrial conditions.
Canon Production Printing has never led an H2020 project, always entering as a participant or third party — a pattern typical of large industrials that engage selectively to access research ecosystems without managing consortium bureaucracy. Their two projects placed them inside large consortia (collectively 59 unique partners across 15 countries), suggesting they are valued as industrial validators and end-user representatives rather than as research drivers. Working with them likely means gaining access to real manufacturing validation environments and product integration pathways, in exchange for research outputs that address their specific engineering challenges.
Despite only two projects, Canon Production Printing has accumulated 59 unique consortium partners across 15 countries — a sign that both projects involved broad multi-country consortia. Their network is European in spread but globally anchored through Canon's corporate structure.
Canon Production Printing is one of the few large-format industrial printing manufacturers in H2020, which makes them rare as an end-user partner in manufacturing and IoT projects — they do not just study production environments, they build and sell the machines that operate in them. For a consortium seeking industrial validation or a path to commercial deployment in printing, packaging, or document production markets, they offer direct access to a global product line. Their Océ heritage also brings deep institutional knowledge of precision manufacturing and substrate handling that generic manufacturing partners cannot replicate.
