FIRST IN PHOTONICS
ANTARES is a high repetition rate, narrow linewidth, picosecond fiber Quasi-Continuous Wave laser in a very compact and robust format that is ideally suited for industrial and scientific applications such as OPO pumping.
Air-cooled, 1W, Versatile picosecond laser.
ALTAIR produces high average power with ultrashort femtosecond pulses (<150fs) at high repetition rate, typically 80 MHz, in a compact and robust format. ALTAIR is a fiber laser providing high stability and excellent beam quality.
SIRIUS, Compact High Energy Picosecond Laser.
VEGA Compact, high energy, picosecond fiber laser.
Menlo Systems' C-Fiber 780 series of femtosecond fiber lasers offer >180mW in sub-120fs pulses at 780nm, and at rep rates 50-250MHz.
Menlo Systems C-Fiber series of femtosecond fiber lasers offer >350mW in sub-100fs pulses at 1560nm, and at rep rates 50-250MHz.
The 'orange' femtosecond laser oscillator provides sub-150fs pulses at around 1040nm and at any repetition rate between 50-250MHz. High-power (>1W), SHG (515nm) and chirped-pulse (ps) versions are also available.
The COUGAR high-average power, passively mode-locked, diodepumped, solid-state laser system employs SESAM technology. Combining a saturable absorber and longitudinal pumping yields continuous clean picosecond pulses with exceptional amplitude and phase noise performance.
The PALLAS lasers combine soliton mode-locking, a balance between
self-phase modulation (SPM) and laser cavity dispersion, with a SESAM device for improved stability and reliable self-starting. The PALLAS lasers have a compact, all-solid-state green pump laser integrated into the laser head. The lasers have no moving parts and require no RF drive electronics for mode-locking.
The TIGER femtosecond and picosecond lasers combine soliton mode-locking, a balance between self-phase modulation (SPM) and laser cavity dispersion, with a SESAM device for improved stability and reliable self-starting. The TIGER lasers have a compact, all-solidstate green pump laser integrated into their laser heads. The lasers themselves have no moving parts and require no RF drive electronics for mode-locking.
The GLX-200 employs SESAM technology and an all-solid-state design to deliver exceptional reliability and stability. A SESAM device enables passive mode-locking to provide nearly transform-limited femtosecond pulses at start-up with very low amplitude and phase noise. The GLX-200 uses diode pumping to deliver unparalleled reliability and long-term stability.
The GE-100 employs SESAM technology and an all-solid-state design to deliver exceptional reliability and stability. A SESAM device and the “gain-at-the-end” (GE) design enables passive mode-locking to generate picosecond pulses that are two times shorter than those from actively mode-locked lasers. Diode pumping enables the GE-100 laser system to deliver unparalleled reliability and long-term stability.
The ARGOS laser system provides cutting-edge performance that
supports numerous applications, including semiconductor wafer
inspection, metrology, research and development, and nonlinear
optics. Built on the proven CHEETAH-X platform, the ARGOS can
be customized to support user-defined repetition rates, frequency
conversion, and clock synchronization with a phase-locked-loop
The Cheetah-X high average power, passively mode-locked, diode pumped solid state compact picosecond laser.
Menlo Systems' ELMO series provide sub-100fs pules at 780nm and/or 1560nm in a cost-effective and robust package.
The BlueCut series is based on Yb-doped fiber technology and has been designed to increase precision and cost efficiency for industrial microprocessing applications.
The T-Light is a robust and compact turn-key femtosecond fiber laser. It offers exceptional performance for a variety of applications from ultrafast spectroscopy to THz physics.
YBIX Compact, High Power Femtosecond Laser 1040nm wavelength with SESAM technology
The Picoblade laser system is a versatile tool for processing virtually any material with thehighest precision and reliability.
Laser Quantum Gecco laser delivers average powers 600mW or 800nW with a choice of sub-15fs or 20fs pulse durations with a repetition rate of 84MHz and 100MHz and is ideal for amplifier seeding, Ultrafast spectroscopy and microscopy applications.
Laser Quantum offers the timing stabilisation units TL-1000 and TL-1000-ASOPS as accessories to the Gigajet series high-speed femtosecond oscillators and the Taccor femtosecond laser.
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