Innovating Laser Solutions for Science and Industry

Award winning technologies

FemtoLux series industrial femtosecond laser features maintenance-free 24/7/365 operation, the most flexible pulse management in the market as well as one of the smallest footprints. Build to meet the requirements of the most demanding materials processing applications.

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Direct Refrigerant Cooling

Effective high-output power ultrafast laser cooling is vital for reliability, yet traditional water chillers remain bulky and maintenance-heavy. Direct Refrigerant Cooling technology solves this by eliminating circulating water entirely. This innovation drastically improves energy efficiency and stability, enabling over 90,000 hours of maintenance-free operation for industrial lasers.

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Tunable wavelength lasers

For researchers demanding tunability from 193 nm to 17000 nm, high conversion efficiency and narrow line-width EKSPLA tunable wavelength series lasers are an excellent choice. Wide range of available options, accessories and modifications enable to tailor laser to better fit your requirement

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Femtosecond Lasers

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Tailored for your needs

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Material processing

Ultrafast solutions for industries applications.

Biomedical & scientific

Cutting-edge tools for breakthrough experiments.

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Case studies

Use cases

High Intensity Lasers
Industrial Lasers

Laser Cooling – A Critical Determinant of System Reliability

System integrators and machine builders face numerous challenges when ensuring reliability, flexibility, and long-term stability. Among all factors that influence overall system performance, thermal management stands out as one of the most decisive.
Powerfull nondestructive technique for in‑situ studies of surfaces and interfaces
SFG Spectroscopy

Powerfull nondestructive technique for in‑situ studies of surfaces and interfaces

Sum Frequency Generation Vibrational Spectroscopy is a powerful and versatile method for in-situ investigation of surfaces and interfaces, employed in various applications among different disciplines.
Women united with breast cancer awareness ribbon
Lasers in Photoacoustics

Fighting breast cancer

Photoacoustic imaging is proven to be very effective in diagnosing breast tumors, skin cancer, thyroid nodules, osteoarthritis and rheumatoid arthritis, early diagnosis of blood vessel disorders and many more.
Unique OPCPA based laser system
High Intensity Laser Systems

Providing tools for lighting up new horizons

The Nobel Prize winner Prof. Gérard Mourou pushed a black button, and femtosecond laser pulses, each featuring ~6.6 fs duration, ~35 mJ energy, and running at 1 kHz repetition rate, were registered and visualized by a projector in front of a big audience.
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Meet us in person

Upcoming events

Europhoton

Arcachon, France

Conference on Non-equilibrium Dynamics of Quantum Materials

Duisburg, Germany

Symposium on Ultrafast Intense Laser Science

Garmisch-Partenkirchen, Germany

Advanced Properties and Processes in Optoelectronic Materials and Systems

Vilnius, Lithuania

Photonix

Tokyo, Japan
Booth 51-16
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Latest updates from Ekspla

News

Photoacoustics journal cover, volume 50.

Full-View 3D Photoacoustic and Ultrasound Breast Tomography Published in Photoacoustics

In dense breast tissue, sound travels at different speeds and blurs photoacoustic images. Featured on the cover of Photoacoustics, the PAM3 study shows how mapping sound speed with ultrasound keeps the image sharp, with an EKSPLA PhotoSonus laser providing the multi-wavelength excitation.
Dry Cooling system for FemtoLux femtosecond lasers

Enhancing System Reliability: How Innovative Dry Cooling Redefines Laser Thermal Management

A laser is only as reliable as its cooling. EKSPLA’s new case study retires the high-maintenance water chiller for a dry cooling system, built on military-grade engineering, that keeps femtosecond lasers running around the clock.
Hwaseong-si, Gyeonggi-do, South Korea

EKSPLA Strengthens Global Presence with New Representative Office in South Korea

Support just got closer for EKSPLA’s customers in South Korea. A new office in Seoul brings local expertise, faster product guidance, and hands-on collaboration to partners across industry and research.
EKSPLA Signs Memorandum of Understanding with CERN

EKSPLA Signs Memorandum of Understanding with CERN

For over a decade, EKSPLA lasers have helped calibrate CERN’s most precise measurements. A new Memorandum of Understanding deepens that partnership, opening the door to projects like the Future Circular Collider.
EKSPLA Expands Representative Network in Four Countries

EKSPLA Expands Representative Network in Four Countries

EKSPLA is growing closer to its customers in four more markets. New representatives in China, Japan, South Korea, and Italy now support sales and servicing of EKSPLA’s scientific and industrial lasers.
The Photonics Spectra cover

EKSPLA’s Dry Cooling Technology Featured on the Cover of Photonics Spectra

Poor cooling can drift a laser’s wavelength and shorten its life. In its Photonics Spectra cover story, EKSPLA shows how direct refrigerant cooling (DRC) brings higher efficiency and lasting stability.
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Building APL system

Team behind our lasers

We are a team of creative engineers who love to innovate and then see our ideas take shape.

About us
30 years

of experience

80

out of the top 100
universities use Ekspla lasers

70+

countries served