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Description

The quality of any laser application crucially depends on the performance of the driving light source, i.e. the laser itself. In addition, most applications ask for more and more average power from the laser source to be cost-effective or sensitive enough. 

AFS‘s ultrafast fiber lasers are characterized by an outstanding performance combined with flexibility and maximum stability. All essential parameters are software controlled and can be tuned over a wide range, making them an extremely valuable tool in many applications.

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

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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

Got questions about specs? Use the inquiry form to ask.

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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

Frequently Asked Questions

What is the wavelength of the Ytterbium laser system?
The central wavelength of the Ytterbium laser system is approximately 1030 nm.
What is the maximum average power of the Ytterbium laser system?
The Ytterbium laser system can achieve a maximum average power of up to 100 W.
Can the pulse duration of the laser system be adjusted?
Yes, the pulse duration of the Ytterbium laser system can be adjusted from 250 fs to 5 ps.
What is the beam quality of the laser system?
The beam quality of the Ytterbium laser system is close to diffraction-limited, with an M² value of less than 1.2.
What are some applications of the Ytterbium laser system?
The Ytterbium laser system can be used as a driver for photo-emission-spectroscopy setups, pumping of optical parametric amplifiers (OPA), generation of high harmonics (HHG), and materials processing.

Got more questions? Use the inquiry form to ask the supplier directly.

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