Core contributor to POLYBIOSKIN (biopolymers for skin-contact products), YPACK (PHA-based food packaging), and AgriMax (food waste biorefinery with packaging applications).
LASER CONSULT MUSZAKI-TUDOMANYOS ES GAZDASAGI TANACSADO KORLATOLT FELELOSSEGU TARSASAG
Hungarian innovation consultancy specializing in bio-based materials, sustainable packaging scale-up, and nanotechnology transfer to industrial production.
Their core work
LC InnoConsult International is a Hungarian technology and business consultancy based in Szeged, specializing in bridging advanced materials research with industrial application. They provide technical advisory services for scaling up nanotechnology, bio-based materials, and sustainable packaging solutions from lab to production line. Their consistent role across projects — from nanocomposite processing to biorefinery pilot plants to smart building systems — points to a firm that helps consortia with technology transfer, exploitation planning, and market assessment for emerging material technologies.
What they specialise in
Contributed to OptiNanoPro (nanodeposition, electrospray, coating for packaging and automotive) and has nanocomposite processing expertise carried into later bio-based projects.
Participated in AgriMax (multi-feedstock biorefinery pilot plant) and YPACK (minimising food waste through bio-based packaging).
Their company name and type (consultancy SME) combined with participation as a non-coordinating partner across all five diverse projects suggests a technology advisory and exploitation role.
Most recent project PRECEPT (2020-2024) focuses on prescriptive maintenance and energy efficiency in residential buildings — a departure from their materials focus.
How they've shifted over time
Their early H2020 work (2015-2017) centred on industrial nanotechnology — nanocomposites, nanodeposition, electrospray coating for automotive parts, solar panels, and barrier packaging. From 2017 onward, they pivoted sharply toward bio-based and biodegradable materials: biopolymers for skin-contact products, PHA-based food packaging, and food waste biorefinery systems. Their most recent project (PRECEPT, 2020) marks a further diversification into smart energy systems, suggesting the firm is broadening its advisory scope beyond materials science.
Moving from hard nanotechnology toward sustainability-driven applications — bio-based materials and energy efficiency — aligning with the EU Green Deal funding priorities.
How they like to work
LC InnoConsult operates exclusively as a consortium partner, never coordinating projects themselves. With 90 unique partners across 21 countries from just 5 projects, they work in large, diverse consortia (averaging 18+ partners per project). This pattern is typical for a consultancy SME that brings horizontal expertise — technology transfer, market analysis, exploitation planning — rather than domain-specific research, making them a flexible addition to ambitious multi-partner initiatives.
Remarkably broad network for a small consultancy: 90 unique partners across 21 countries built through just 5 projects. Their reach spans most of the EU, with no obvious geographic concentration beyond their Hungarian base.
What sets them apart
Their value lies in sitting at the intersection of nanotechnology, bio-based materials, and industrial scale-up — a combination few consultancies in Central Europe can offer. As a Hungarian SME with deep experience in Innovation Action projects (4 out of 5 projects are IAs), they understand the path from pilot to market. For consortium builders, they offer a credible SME partner that strengthens exploitation plans and adds Central European geographic coverage.
Highlights from their portfolio
- PRECEPTTheir largest single grant (EUR 217,700) and a strategic pivot into smart energy systems, signalling new capability beyond materials.
- YPACKSecond-largest funding (EUR 178,824), focused on PHA-based bio-packaging to reduce food waste — strong alignment with EU Circular Economy priorities.
- AgriMaxLongest-running project (2016-2021), tackling full-chain food waste valorisation through multi-feedstock biorefinery — demonstrates sustained commitment to circular bioeconomy.