Cooling causes roughly half of industrial laser failures, so EKSPLA’s FemtoLux 50 drops the water chiller. Its 50 W femtosecond output and waterless cooling earned a finalist spot at the Laser World of Photonics Innovation Award.

Femtosecond or picosecond for cutting microlenses into fused silica? Lithuanian researchers put EKSPLA’s FemtoLux to the test, and the femtosecond pulses won on resolution and surface finish.

67% more power in the same footprint. EKSPLA’s FemtoLux 50 lifts femtosecond micromachining to 50 W at 1030 nm, with burst modes, pulse-on-demand control, and integrated waterless cooling in place of a chiller.

The lasers behind Europe’s extreme-light labs started here. EKSPLA’s Andrejus Michailovas and Jonas Adamonis share the Lithuanian Science Prize for 15 years of work on the high-power OPCPA sources behind the SYLOS systems.

Thirty years of ideas, co-authorship of 23 inventions, and decades mentoring the next generation. EKSPLA co-founder Dr. Andrejus Michailovas has been named to Electro Optics’ 2025 Photonics100 list.

No photonics, no selfies, no internet. On the Day of Photonics, EKSPLA traces the photon from Gilbert Lewis’s 1926 coinage to the lasers and optical fibers that wired the modern world.

Glass, metal, ceramics, and polymers, all machined with one industrial laser. EKSPLA has added a fresh batch of FemtoLux material-processing samples that show what GHz and MHz+GHz burst modes make possible.

EKSPLA’s lasers already sit inside stent cutters, phone-glass machines, and cancer-research scanners. The EU-funded EKSPLA Inside project aims to place them inside many more OEM systems worldwide.

EKSPLA has spent nearly two decades in the Taiwanese market. Now Elite Alliance Corp. takes over as its local representative, handling sales and service for the full EKSPLA laser range.