All three H2020 projects (FBI, PAMMOTH, MiLEDI) rely on EKSPLA's laser technology as a core enabling component.
EKSPLA UAB
Lithuanian laser manufacturer supplying pulsed and ultrafast laser systems for biomedical imaging, photoacoustics, and micro-LED patterning applications.
Their core work
EKSPLA is a Lithuanian laser manufacturer that develops and produces pulsed and ultrafast laser systems used across scientific and industrial applications. In H2020 projects, they contribute specialized laser sources and photonic components — for bio-photonic imaging (FBI), photoacoustic medical diagnostics (PAMMOTH), and micro-LED/OLED direct patterning (MiLEDI). Their role is consistently that of a laser technology supplier enabling partners to build advanced optical instruments and manufacturing processes.
What they specialise in
FBI focused on multimodal bio-photonic imaging and PAMMOTH on photoacoustic breast diagnostics, both requiring tailored laser sources.
MiLEDI (2018) applies laser patterning to quantum dot-based micro-LED and OLED fabrication, representing a move into display manufacturing.
How they've shifted over time
EKSPLA's H2020 involvement spans 2016–2018 start dates, all within a narrow window, so evolution is subtle rather than dramatic. Their earlier projects (FBI, PAMMOTH) applied laser systems to biomedical imaging — functional bio-photonics and photoacoustic mammography. The most recent project (MiLEDI, 2018) pivots toward industrial manufacturing, specifically laser patterning for micro-LED and OLED displays, signaling a shift from life science instrumentation toward advanced manufacturing applications.
EKSPLA appears to be expanding from scientific instrumentation into industrial laser processing for next-generation display technologies, making them relevant for advanced manufacturing consortia.
How they like to work
EKSPLA participates exclusively as a partner, never as coordinator — consistent with their role as a specialist technology supplier contributing laser hardware to larger research efforts. With 30 unique partners across 10 countries from just 3 projects, they integrate well into mid-to-large European consortia. Their value proposition is clear and modular: they provide the laser system, others build the application around it.
EKSPLA has built connections with 30 distinct consortium partners across 10 European countries through just 3 projects, indicating broad geographic reach relative to their project count. Their network spans both academic research groups and medical/industrial end-users.
What sets them apart
EKSPLA is one of few SMEs in the EU that both manufactures commercial laser systems and participates in R&D consortia, meaning they can move results from the lab bench to a product catalog. Their dual presence in biomedical imaging and display manufacturing gives them unusual cross-sector versatility. For consortium builders, they offer a reliable, commercially grounded laser partner rather than a purely academic contributor.
Highlights from their portfolio
- PAMMOTHLargest single grant (EUR 410,469) — developing photoacoustic/ultrasound mammography, combining laser technology with a direct clinical diagnostic application.
- MiLEDIRepresents EKSPLA's strategic move into display manufacturing, applying laser and electron beam patterning to quantum dot micro-LEDs and OLEDs.