Smooth edge with cutting speed up to 0.5 m/s

Pick the industrial-grade Jasper X0 femtosecond laser and experience the advantages of robust fiber technology.

Up to 60 W of average power in 20 million pulses per second

Corrosion-free blackmarking and surface structuring. Fine precision with high throughput up to 50 cm2/min with Jasper 60 femtosecond laser.

The power of femtoseconds at four wavelengths (IR, Green, UV, DUV)

Try our compact femtosecond laser Jasper Flex for LED display repair and more.

Up to 4x higher brightness in two-photon microscopy

Get the edge with Halite - small and powerful femtosecond laser for biophotonic applications.

Higher speed of two-photon polymerization with green laser

Increase the speed of your process with single-box femtosecond laser with increased energy, Halite.

HIGH POWER FEMTOSECOND FIBER LASER

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Max. average power:

60 W

Pulse duration:

< 250 fs FWHM typ.

Max. pulse energy:

200 μJ

NEW HIGH POWER FEMTOSECOND FIBER LASER

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Max. average power:

30 W

Pulse duration:

< 250 fs FWHM

Max. pulse energy:

30 μJ

SPIDER based laser pulse characterization device

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Fourier transform-limited pulse duration:

50 – 400 fs

Input central wavelength:

1010 – 1060 nm (other on request)

Maximum chirped pulse duration:

4 ps

Single-box compact femtosecond laser

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Max. average power:

2 W

Pulse duration:

< 250 fs (< 100 fs op.)

Max. pulse energy:

100 nJ

Optical Parametric Amplifier

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Pulse duration of Signal:

< 200 fs

Wavelength range:

210 nm – 10 000 nm

Signal bandwidth:

< 250 cm^-1

Industry grade femtosecond oscillator

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Max. average power:

15 mW

Pulse duration:

Chirped pulse (compressible < 200 fs FWHM)

Central wavelength:

1030 nm

Ultrafast lasers that simply work for industry, science and medicine

Applications

Multi-photon Fluorescence Microscopy

Two-Photon Excited Fluorescence

Stents

Bioimaging and Microscopy

Heat-Sensitive Polymers

Diamonds

Glass/ Transparent Materials

Surface Processing

Semiconductors/LED

Why our products?

All our laser systems maximize use of the fiber design and free-space optics is avoided wherever possible. Our 1030 nm ultrafast oscillator, the most crucial part of every femtosecond laser, is built in all-fiber technology that uses passive interference for modelocking and eliminates degradable components such as SESAM. The robustness of this approach allows our lasers to achieve unprecedented stability and environmental resilience.

Most of our products and components are tested in an environmental chamber as they run to ensure they work exceptionally well in a very wide range of temperatures. The acceptable ambient temperature spans from 15°C to 50°C, while some elements were tested to operate from -10ºC to 100°C, maintaining its operational parameters at all times.

We understand not everyone can afford having a still-stable conditions of their environment. That is why we test our systems on a vibrational platform as they run. Our core product (the 1030 nm femtosecond oscillator) was tested to operate at accelerations as high as 40g. The power and repetition rate was always rock solid throughout the test.

Our products are tested using state‑of‑the‑art diagnostics equipment. We offer the same tools to our customers: compact Real‑time Autocorrelator and Spectral Phase Interferometer. Visit our web page regularly, other devices will follow soon.

About the company

Fluence sp. z o.o. was founded to deliver a cutting-edge all-fiber femtosecond technology to the most demanding applications.

We found a way to make femtosecond lasers extremely environmentally stable and immune to shock. We are devoted to fill-in the long-standing market gap of truly service-free femtosecond lasers for micromachining. We achieve unprecedented stability and environmental resilience of our lasers with a robust all‑fiber technology.