Typical emission spectrum (linear).
FemtoFiber ultra 780
Femtosecond fiber laser for two-photon lithography and semiconductor metrology
- Powering the fastest 2-photon lithography on the market
- Super-compact cold laser head
- Fully software controllable system
- Optional internal AOM
In nanolithography applications and semiconductor microanalysis, resolution and stability are key to generate exceptional results.
TOPTICA's industrial-grade, compact, turn-key, and robust fiber-laser technology provides highest intrinsic stability and allows for deep integration of the light source into your equipment. The excellent spatial beam profile guarantees unmatched focusability and resolution, enabling you to unlock the true potential of your application. Sufficient power, short pulses, and an extremely clean temporal pulse shape combined with options for dispersion compensation and power control make the FemtoFiber ultra 780 the ideal choice for next generation 2-photon polymerization and semiconductor analysis.
2-Photon Polymerization | Copyright Nanoscribe
Semiconductor Inspection
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Specification
Laser Specifications* ultra 780
Short-pulse versionultra 780
Standard versionultra 780
High-power versionCenter wavelength 780 nm Pulse duration < 100 fs < 150 fs < 150 fs Average output power [w. AOM, optional] > 1000 mW > 1000 mW > 1500 mW Repetition rate 80 MHz Motorized dispersion precompensation (GDD) -30,000 .. 0 fs² - Additional Information
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Applications
- 2P-Polymerization
- Semiconductor inspection
- 2P-Microscopy
- SHG microscopy
- Downloads
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Literature
- Scientific Article: Manfred Bayer, et al., Lifting reSEO strictions on coherence loss when characterizing non-transparent hypersonic phononic crystals, Nature, Scientific Reports 11, Article number: 17174 (2021)
- Scientific Paper: Sponges as bioindicators for microparticulate pollutants? (2021)
- Scientific Article: Yuichi Yoshida, et al., Detection of Lung Cancer Cells in Solutions Using a Terahertz Chemical Microscope, Sensors (2021)
- Scientific Article: Manfred Bayer, et al., Resonant thermal energy transfer to magnons in a ferromagnetic nanolayer, Nature, Nature Communications 11, Article number: 4130 (2020)
- Scientific Paper: Cell and tissue manipulation with ultrashort infrared laser pulses in light-sheet microscopy (2020)
- Scientific Paper: Comparing the performance of a femto fiber-based laser and a Ti:sapphire used for multiphoton microscopy applications (2019)
- Application Note: Time-resolved microscopy and spectroscopy using asynchronously synchronized fiber lasers (2018)
- Application Note: Multiphoton microscopy using a femtosecond fiber laser system (2016)
