1µm -- 100 W High-Power Ultrafast Ytterbium Laser System

Specifications

Wavelength: 1030 nm
Repetition Rate: 30 MHz
Output Power: 100 W
Pulse Duration: 250 fs
Central Wavelength: approx. 1030nm
Repetition Rate: 50 kHz (or single shot via Ext. AOM upgrade) up to 20MHz
Pulse Energy: up to 200µJ / up to 1 mJ
Peak Power: up to 0.5GW / up to 2.5GW
Average Power: up to 60W / up to 100W
Pulse Duration: <250fs ... 5ps adjustable
Polarization: linear
Beam Quality: close to diffraction-limited, M² <1.2
RIN Slow (Average Power): <0.5% RMS
RIN Fast (Pulse Energy): <0.5% RMS
Beam Pointing: <10µrad RMS (<5% nat. divergence)
Beam Diameter: approx. 3mm
Dimensions Laser (Ytterbium-60): 112cm ×41cm ×25cm
Dimensions Laser (Ytterbium-100): 132cm ×41cm ×30cm
Mass (Ytterbium-60): approx. 80kg
Mass (Ytterbium-100): approx. 90kg
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Features

The following specs show only our main platforms. We happily customize a system exactly to your needs. For the Yb-based systems (1µm wavelength), we offer a wide range of average power spanning from of 10W (medium), over 100W (high) up to 2000W (extremely high).



  • Central wavelength: approx. 1030 nm

  • Repetition rate: 50 kHz (or single pulse via Ext. AOM upgrade) up to 20 MHz, others on request

  • Pulse energy: up to 1mJ

  • Peak power: up to 2.5 GW

  • Average power: up to 100 W

  • Pulse duration: < 250 fs ... 5 ps adjustable, others on request

  • Polarization: linear

  • Beam quality: close to diffraction-limited, M² < 1.2

  • RIN slow (Average Power): < 0.5% RMS [1/ (24 hours) ... 1 Hz]

  • RIN fast (Pulse energy): < 0.5% RMS [1 Hz … frep/2]

  • Beam pointing: < 10 µrad RMS (< 5% nat. divergence)

  • Beam diameter: approx. 3 mm

  • Dimensions laser (W×D×H): 132 cm × 41 cm × 30 cm

  • Mass: approx. 120 kg

  • Addons: OPA, SHG, THG, HHG, Few-cycle generation, CEP-stability, GHz-Burst

  • Logging: Logging of all operation parameters via control software, remote monitoring and service access

  • Additional features: Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing

Applications


  • Driver for photo-emission-spectroscopy setups

  • Pumping of optical parametric amplifiers (OPA)

  • Generation of high harmonics (HHG)

  • Materials processing

  • Pump-probe experiments

  • THz generation