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FREE ELECTRON LASER (FEL)

The Free Electron Laser (FEL) is an extraordinary type of laser which can emit electromagnetic radiation whose wavelength spans from millimeter (THz radiation) to a few tens of picometer (hard X-rays). The FEL radiation exhibits many of the properties of a conventional laser: high spatial coherence and nearly diffraction-limited beam, ultra-short pulses of temporally coherent and polarized light, high intensities. The laser medium is based on a beam of electrons accelerated to relativistics energies,  hence the name free-electron laser (while all other types of lasers, gas, solid state, fiber, etc., are based on bound molecular or atomic states).

ORIGAMI | ORIGAMI XP

NOPA for the Pump-Probe Experiments
Versatile laser system for the European XFEL facility

INSTRUMENTATION /METROLOGY


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Setup for the SiPM timing study. The optical table is located in a dark copper shielded box. A picosecond Laser (PiLas) head is attached to the rail on the right side, and a SiPM box with Ortec preamplifier VT120 is on the left side. The LED is shown to one side.
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Photodetector sampling GENKI | KATANA | PiLas
Single-Photon counting GENKI | GENKI HP | KATANA | KATANA HP
Detector testing GENKI | GENKI HP | KATANA | KATANA HP | PiLas
Analysis of ultrafast electrical circuits GENKI | KATANA | PiLas
Fiber testing KATANA | PiLas

LIFE SCIENCE

STED CONFOCAL MICROSCOPY

STED microscopy is based on the ability to control the fluorescence emission of the markers in time and space by the superposition of a red-shifted STED laser beam to the excitation beam. The STED beam features a doughnut spatial intensity distribution with a zero-intensity region in the middle. This superimposed beam stimulates an earlier emission of the excited markers. Fluorescence can be practically quenched in regions near the focal point except in the zero-intensity region of the superimposed beam. Because this region can be smaller than the diffraction-limited spot size, the effective spatial extent of the detected spontaneous fluorescence is reduced to sub-diffraction dimensions.

Confocal fluorescence microscopy ORIGAMI HP | GENKI HP | KATANA | KATANA HP
STED fluorescence Microscopy KATANA | KATANA HP | PiLas
2-photon Microscopy ORIGAMI | ORIGAMI HP | ORIGAMI XP
FLIM Microscopy ORIGAMI | GENKI | GENKI HP | KATANA | KATANA HP | PiLas
Photoluminescence spectroscopy GENKI | KATANA | KATANA HP | PiLas
Time-resolved fluorescence detection ORIGAMI | ORIGAMI HP | GENKI | GENKI HP | KATANA | KATANA HP
Laser Photocoagulation KATANA HP
Flow cytometric techniques KATANA HP
Time-resolved spectroscopy ORIGAMI HP | GENKI HP | KATANA HP | PiLas

MATERIAL PROCESSING

Solar cell scribing ORIGAMI HP | ORIGAMI XP | GENKI HP | GENKI XP | KATANA HP | KATANA XP
Marking GENKI HP | GENKI XP | KATANA HP | KATANA XP
Engraving GENKI HP | GENKI XP | KATANA HP | KATANA XP
Femtosecond laser ablation ORIGAMI XP
Multi-photon polymerization ORIGAMI HP | ORIGAMI XP | GENKI HP | GENKI XP
PCB manufacturing ORIGAMI HP | ORIGAMI XP | KATANA HP
Glass and sapphire cutting ORIGAMI XP | GENKI XP

MEDICAL

Eye surgery ORIGAMI | ORIGAMI XP
High precision laser surgery ORIGAMI | ORIGAMI HP | ORIGAMI XP
Tattoo removal ORIGAMI XP | GENKI HP | GENKI XP

NON-LINEAR OPTICS


Supercontinuum generation ORIGAMI | ORIGAMI HP | ORIGAMI XP | GENKI HP | GENKI XP
Second harmonic generation ORIGAMI | ORIGAMI HP | ORIGAMI XP | GENKI | GENKI HP | GENKI XP | KATANA | KATANA HP | KATANA XP
Third harmonic generation ORIGAMI HP | ORIGAMI XP | GENKI HP | GENKI XP | KATANA XP
Higher harmonic generation ORIGAMI XP | GENKI XP | KATANA XP
Plasma generation ORIGAMI XP | GENKI XP | KATANA XP

QUANTUM INFORMATION
SCIENTIFIC RESEARCH
SEED FOR AMPLIFIERS

CO2 laser
CPA
MOPA
MOFA

ORIGAMI | ORIGAMI HP | GENKI | GENKI HP | KATANA | KATANA HP

SENSING

Surface inspection ORIGAMI | ORIGAMI HP | GENKI HP | KATANA | KATANA HP | PiLas
Time-resolved measurements ORIGAMI | ORIGAMI HP | GENKI | GENKI HP
Semiconductor inspection GENKI | GENKI HP | KATANA | KATANA HP | PiLas

SOLAR / PHOTOVOLTAICS
SURVEY SYSTEMS

All-optical, digital radar ORIGAMI | ORIGAMI HP
Lidar ORIGAMI | ORIGAMI HP | GENKI | GENKI HP | GENKI XP | KATANA | KATANA HP | KATANA XP
LIBS ORIGAMI XP

TELECOMMUNICATION
TIME AND FREQUENCY

Optical timing distribution ORIGAMI
Frequency Comb ORIGAMI | ORIGAMI HP
THz generation ORIGAMI HP | ORIGAMI XP
Analog-to-Digital Converters ORIGAMI
CEP Carrier-Envelope-Phase control and stabilization ORIGAMI