Coordinated COMBILASER, focused on non-contact high-speed monitoring and non-destructive testing for laser beam welding and laser cladding.
HIDRIA, RAZVOJ IN PROIZVODNJA AVTOMOBILSKIH IN INDUSTRIJSKIH SISTEMOV DOO
Slovenian industrial manufacturer contributing factory-floor expertise in laser processing, human-robot collaboration, and smart production systems.
Their core work
Hidria is a Slovenian industrial manufacturer specializing in automotive and industrial systems, with deep capabilities in advanced manufacturing processes including laser welding, metal alloy processing, and production automation. They bring real factory-floor expertise to EU research projects, contributing practical knowledge in process monitoring, quality control, and human-robot collaboration for agile production lines. Their work spans from laser-based manufacturing techniques to lightweight metal alloy production and worker-centric smart factory solutions.
What they specialise in
Participated in FACTS4WORKERS (worker-centric workplaces) and SOPHIA (human-robot collaboration with ergonomics monitoring).
SOPHIA project focused on flexible HRC, robot decisional autonomy, biomechanical risk monitoring, and wearable feedback devices.
Participated in LightMe on upscaling production of lightweight metal alloy composites via casting, additive manufacturing, and sintering.
Both COMBILASER (self-learning monitoring) and LightMe (process control & monitoring, simulation) involved advanced process oversight.
How they've shifted over time
In 2014–2017, Hidria focused on laser manufacturing techniques — specifically laser beam welding, laser cladding, and non-destructive testing with self-learning monitoring systems (COMBILASER, FACTS4WORKERS). From 2019 onward, their focus shifted decisively toward human-robot collaboration, worker ergonomics, and lightweight metal processing including additive manufacturing and sintering. This evolution shows a move from perfecting individual manufacturing processes toward integrating humans and robots in flexible, adaptive production environments.
Hidria is moving toward Industry 4.0 production systems where human workers and robots collaborate safely and adaptively — expect future interest in AI-driven production, cobots, and advanced lightweight materials.
How they like to work
Hidria primarily joins consortia as a participant (3 of 4 projects) but has proven coordination capability, having led COMBILASER. With 65 unique partners across 18 countries, they operate as a well-connected industrial partner bringing manufacturing end-user perspective to research consortia. Their role is typically that of an industrial validation site and domain expert rather than a research leader.
Hidria has built a broad European network of 65 unique partners across 18 countries, indicating they are well-integrated into the EU research ecosystem despite being based in a smaller Member State. Their partner diversity suggests they are a sought-after industrial end-user for manufacturing research projects.
What sets them apart
Hidria stands out as one of few Slovenian industrial manufacturers with both coordination experience and a track record across multiple advanced manufacturing domains — from laser processing to human-robot collaboration. Their combination of automotive/industrial production background with active participation in Industry 4.0 research makes them a credible validation partner who can test innovations on real production lines. For consortium builders, they offer the rare profile of a non-SME industrial company willing to engage in research while providing genuine factory-floor deployment potential.
Highlights from their portfolio
- COMBILASERHidria's only coordinated project, focused on their core laser manufacturing expertise with self-learning monitoring — shows leadership capability.
- SOPHIATheir most recent and forward-looking project on socio-physical human-robot interaction, signaling their strategic direction toward collaborative robotics.
- FACTS4WORKERSLargest single EC contribution (EUR 537,985) and their first H2020 project, establishing their smart factory credentials.