Turin SME developing high-voltage nanopulsed electric discharge technology for non-thermal food treatment and industrial liquid-phase processing.
LASERLAM SRL is a Turin-based Italian SME that develops and applies advanced electrical discharge technology to industrial and food processing applications. Their most specific technical capability, demonstrated through their coordinator role in the EMILK project, is the use of high-voltage nanopulsed electric discharges in liquid phase for food treatment — a non-thermal processing method that can inactivate microorganisms without exposing food to heat, preserving nutritional and sensory properties. They also engage in manufacturing digitalization, having contributed to the ICP4Life platform for managing product-service engineering lifecycles in a multi-partner consortium. As a small company that has both led its own technology commercialization project and joined larger research consortia, they function as a specialized technology provider with cross-sector application potential.
LASERLAM coordinated EMILK (2015-2016), a project built around their proprietary process of applying high-voltage nanopulsed electric discharges in liquid phase, signalling ownership of this core technology.
EMILK targeted food treatment specifically in liquid phase, indicating applied knowledge in food safety, alternative pasteurization methods, and microbial reduction without thermal damage.
Participation in ICP4Life (2015-2018) — an integrated collaborative platform for product-service engineering lifecycle management — demonstrates familiarity with digital manufacturing tools and multi-stakeholder industrial workflows.
Both of LASERLAM's H2020 projects began in 2015, so there is no meaningful temporal evolution to analyze within the available data — their entire recorded EU research activity falls within a single year of project starts. No keyword metadata is available to trace thematic shifts across periods. What the snapshot reveals is that in 2015 they pursued two distinct tracks simultaneously: a lean, self-led food technology commercialization project (EMILK, SME Instrument) and a larger manufacturing digitalization consortium (ICP4Life, RIA), suggesting a company at an early stage of EU engagement, testing which direction would yield commercial traction.
With both projects starting in 2015 and no subsequent EU activity in the dataset, it is impossible to determine whether LASERLAM continued developing their pulsed electric discharge technology independently, scaled commercially, or stepped back from EU-funded R&D — direct contact is needed to assess their current technology readiness and collaboration availability.
LASERLAM has taken both a leadership role (coordinator in EMILK) and a supporting role (participant in ICP4Life), showing they can adapt their consortium position depending on whether they are the technology originator or a contributing partner. With 11 unique partners across 8 countries from just two projects, they have accumulated notable network breadth relative to their project count, suggesting active engagement rather than passive participation. The small scale of EMILK (SME Instrument Phase 1, EUR 50,000) indicates they are also capable of operating in lean, focused collaborations built around a single technology demonstration or feasibility study.
Despite only two projects, LASERLAM has engaged 11 distinct consortium partners across 8 countries, suggesting they were brought into or built networks that extend well beyond Italy. Their Turin base places them within one of Italy's strongest industrial and agri-food technology regions.
LASERLAM's combination of high-voltage electrical discharge technology with liquid-phase food treatment is a narrow but commercially relevant niche — most companies in food processing are either equipment manufacturers or food industry operators, not technology developers who own the underlying process. Their coordinator role in EMILK indicates they brought the originating technology and led the commercialization feasibility work, which is a stronger signal of proprietary capability than participation alone. For a consortium targeting non-thermal processing, alternative pasteurization, or liquid decontamination, they represent an unusual asset: a small Italian company with hands-on R&D experience in a technology that is gaining regulatory and market attention as the food industry moves away from heat-based methods.
