Press releases
16. January 2012
INTEGRAL™ core™
World's most compact Ti:Sapphire ultrafast laser
Info
FEMTOLASERS defines a novel ultrafast laser class
INTEGRAL™ core™ offers the leading Ti:Sapphire technology in a revolutionary compact and robust package.The world’s most compact ultrafast Ti:Sapphire laser combines hands-off operation with state-ofthe-art output parameters. Turnkey performance and low cost of ownership make the INTEGRAL™ core™ the choice for everyday use. The revolutionary compact and sturdy, high repetition rate laser cavity (patent pending) enhances the passive stability by effective environmental isolation. Limitations in output parameters are no longer necessary: from scientific labs or medical facilities to factory floors, core performance is now available. Experience true ultrafast with ease Ti:Sapphire quality from an ultra compact cost effective laser.
FEATURES
Compact
Hands-off turn-key operation
Sealed cavity
Power stability control
Ultra low noise
Temperature stabilized
Low cost of ownership
16. January 2012
INTEGRAL™ element™
Hands-off ultrafast laser
Info
Taking hands-off ultrafast lasers to a new level.
FEMTOLASERS presents the extension of the famous INTEGRAL™ line, the INTEGRAL™ element™. The INTEGRAL™ element™ takes ultrafast performance and reliability to unprecedented levels, now offering the whole parameter range of the popular FEMTOSOURCE™ fusion™ series in an industrial grade package for ultimate ease of use. The perfekt source for your application, be it industrial, medical or scientific. Never worry about laser performace again.
FEATURES
Output power: > 1.5 W
Pulse duration: < 10 fs
Power stability: < 0.05 % rms
Peak to peak: < ±0.05
(over 24 h, non-stabilized environmental conditions)
16. January 2012
XS™
Short Pulse Module
Info
FEMTOLASERS presents the XS™ module, an extension to the FEMTOSOURCE™ XL™ high energy oscillator series, enabeling FEMTOSOURCE™ XL™ users to access pulse durations down to sub-15 fs with excellent throughput. This allows the user access to previously unattainable parameters for the most challanging experiments while maintaining the simplicity of a pure oscillator approach.
FEATURES
Pulse duration: sub-15 fs
Pulse energies: > 300 nJ
Repetition rate: 4 or 5 MHz
16. January 2012
MOSAIC™ OS
Octave spanning GDD module
Info
Exhibiting high reflectance over a bandwidth of 600 nm between 400 nm and 1000 nm and controlled group delay dispersion over more than one optical octave, between 450 nm and 960 nm, the dispersive mirrors employed in the MOSAIC™ OS module support pulse durations below 4 fs. The dispersion of the compressor is matched to the typical chirp of pulses generated from noble-gas-filled hollow fibers seeded with sub-30 fs, mJ-level pulses. The mirrors are pre-aligned in a compact, robust housing. MOSAIC™ OS is the octave spanning upgrade to the current dispersive mirror set of your KALEIDOSCOPE™ hollow fiber compressor.