Femtosecond Fiber Lasers

Advanced performance products for scientists and engineers.

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Wavelength

Description

1030 nm — High Power Femtosecond Fiber Laser, Polarization-Maintaining Lumentum
1030 nm — Ultra compact, 1.5 picosecond pulse width, 4mW output, Compact design, Collimated or FC/APC fiber Nuphoton Technologies
2400 nm 0.01 µJ RF output monitoring option, Up to 2W output power, Wavelength tunability IPG Photonics
1030 nm 10 µJ Burst mode option, Air-cooled, Compact size, Maintenance free Menlo Systems
1030 nm 150 µJ High Repetition Rate, High Energy up to 150 μJ, Femtoburst technology, Air-cooled Amplitude Laser
1030 nm — 30 MHz repetition rate, 2W average output, Compact, Passively cooled Ekspla
1030 nm 30 µJ High Pulse Energy, Femtosecond Fiber Laser Calmar Laser
1030 nm 100 µJ Femtosecond Laser, High peak power, High pulse width, 100 Megawatts peak power YSL Photonics
1045 nm — Variable power function, 50MHz repetition rate, Pulse duration < 200 fs, Air-cooled IMRA
1045 nm 45 µJ Air-cooling, Custom pulse energy and output powers, Industrial reliable design IMRA
1064 nm — 260kW peak power, High stability, Small footprint, Integrated electronics Avesta Lasers
1064 nm — Maintenance free, High stability, Compact size, Low noise Fianium
1064 nm 0.005 µJ Low maintenance, Compact design, 130 fs pulse duration, Output energy up to 5nJ Ekspla
1550 nm 6 µJ High energy, Up to 10MHz repetition rate, Energy up to 6uJ, Compact, Maintenance free Calmar Laser
1560 nm — Compact size, Turn key operation, Free space or fiber-coupled option, Long lifetime Menlo Systems
1560 nm 0.001 µJ High stability, Low phase noise, Low amplitude, User-defined repetition rate Menlo Systems
1560 nm 0.004 µJ All-PM solution, Single-mode lock state, High stability, Up to 4nJ output Menlo Systems
1560 nm — Ultra short pulse duration down to 50 fs, small footprint, High stability, Turn key operation Avesta Lasers
1560 nm — 50 MHz repetition rate, Simple controller operation, Pulse duration greater than 100 fs IMRA
1560 nm — Hands off 24/7 operation, Integrated actuators for repetition rate control, PM outputs Menlo Systems
1950 nm 10 µJ High pulse energy, High peak power, Turn-key system, Little to no maintenance required AdValue Photonics
2000 nm — Sub-picosecond duration, All-fiber monolithically integrated design, 10mW average power NOVAE
2000 nm — 200mW average power, Up to 20kW peak power, All-fiber monolithically integrated design NOVAE
2070 nm — Large 40nm spectral bandwidth, 20kW Peak power, All fiber integrated monolithic laser NOVAE
780 nm 0.001 µJ High stability, All-PM solution, Low amplitude and phase noise, Figure 9 technology Menlo Systems
780 nm — High stability, Turn key operation, Small footprint, 1.1nJ pulse energy Avesta Lasers
780 nm 0.002 µJ Repetition Rate 50-250 MHz, Low Amplitude and Phase Noise, Pulse Length <80 fs Menlo Systems
780 nm — 20 x 38 cm² footprint, 80MHz repetition rate, Pulse duration > 150 fs Toptica Photonics
1550 nm 0.001 µJ Femtosecond Laser, Ultra low noise phase noise, Hermetically sealed laser Menhir Photonics
540 nm 0.1 µJ High Stability and Beam Quality, Low Amplitude and Phase Noise, All-PM Solution Menlo Systems
1030 nm 100 µJ Ultra-compact, High pulse energy – up to 100µJ, SuperSync Control, Average power > 10W Amplitude Laser
1030 nm 1000 µJ Single Shot to 40 MHz, High Power, SuperSync Control, Up to 100W Amplitude Laser
1030 nm 200000 µJ High energy, High speed, Up to 200 mJ pulse energy, Designed for 24/7 operation Amplitude Laser
1030 nm 0.5 µJ 500nJ Energy, Femtosecond Pulse Repetition Rate 10 to 40 MHz Amplitude Laser
343 nm 80 µJ Up to 80µJ energy per pulse, Lightweight, Compact package, High repetition rate Amplitude Laser
800 nm — Ultra high energy, High power, High speed, Up to 10Hz repetition rate Amplitude Laser
1030 nm 40 µJ Compact package, Air-Cooled, Four output pulse laser, Amplitude Laser

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