VISUM Phase 1 (SME-1) and Phase 2 (SME-2) projects developed their core cloud-enabled IR spectroscopy platform for industrial integration.
VISUM LIMITED
Irish SME developing IR spectroscopy platforms and laser surface functionalization for manufacturing quality control and advanced packaging.
Their core work
VISUM is an Irish SME specializing in IR (infrared) spectroscopy platforms and advanced surface characterization for industrial applications. They develop cloud-enabled, affordable real-time inspection and quality control solutions for manufacturing environments. Beyond their core spectroscopy work, they contribute materials science and coatings expertise to projects spanning packaging, automotive, solar panels, and laser-based surface functionalization. Their role across consortia typically involves integrating sensing, monitoring, or surface treatment capabilities into broader manufacturing and biorefinery workflows.
What they specialise in
OptiNanoPro and NEMOSINE involved nanodeposition, electrospray coating, and high-barrier packaging for food and cultural heritage preservation.
LASER4SURF and PROMETHEUS both focused on laser-based surface patterning using femtosecond and ultra-short pulse lasers for industrial applications.
URBIOFIN and PERCAL addressed municipal solid waste biorefineries, where VISUM likely contributed sensing and process monitoring capabilities.
NEMOSINE involved Metal Organic Framework (MOF)-based gas detection for cultural heritage conservation packaging.
PREVIEW developed predictive systems for injection mold setup using wireless sensor networks.
How they've shifted over time
VISUM's early H2020 work (2015-2017) centered on nanocomposite coatings, barrier packaging, and building their core IR spectroscopy platform — essentially applying optical sensing to manufacturing quality control. From 2017 onward, their focus shifted decisively toward laser-based surface functionalization (LASER4SURF, PROMETHEUS) and specialized applications like cultural heritage preservation through advanced packaging with MOF-based gas detection (NEMOSINE). This trajectory shows a company moving from broad nanomaterials and coating work toward precision surface engineering and more specialized sensing applications.
VISUM is evolving from general spectroscopy and coatings toward precision laser surface processing and advanced sensor integration, making them increasingly relevant for smart manufacturing and Industry 4.0 consortia.
How they like to work
VISUM primarily joins consortia as a specialist partner (7 of 10 projects), contributing targeted sensing or surface treatment expertise rather than leading large collaborations. They coordinated their own product development through two SME Instrument phases, which is typical for technology SMEs using H2020 to scale a core product. With 113 unique partners across 19 countries, they are well-networked for their size — a reliable, low-overhead contributor that plugs into diverse teams without requiring heavy management.
VISUM has built an extensive network of 113 unique consortium partners across 19 countries, remarkably broad for a small Irish SME. Their partnerships span Western and Southern Europe, reflecting the geographic diversity of manufacturing and biorefinery consortia.
What sets them apart
VISUM bridges optical sensing and surface engineering — an unusual combination that lets them contribute to projects ranging from food packaging to automotive parts to cultural heritage. Unlike pure instrumentation companies, they bring hands-on materials science (coatings, nanodeposition, laser texturing) alongside their spectroscopy platform. For consortium builders, this dual capability means one partner covering both process monitoring and surface treatment, reducing coordination overhead.
Highlights from their portfolio
- VISUM (Phase 2)Their largest project (EUR 1.26M as coordinator) — scaling their core IR spectroscopy platform from prototype to market-ready cloud-enabled product.
- PROMETHEUSMost recent project (2019-2023) combining ultra-short pulse lasers with automated surface texturing for flexible manufacturing — signals their future direction.
- NEMOSINEUnusual application of packaging and sensing expertise to cultural heritage preservation, demonstrating cross-sector versatility beyond typical manufacturing.