Free-Standing Harmonic Generator HIRO

  • 515 nm, 343 nm, 258 nm, and 206 nm outputs
  • Simple selection of active harmonic
  • Simultaneous or switchable outputs
  • Customizable or high-power and -energy models

Features

  • 515 nm, 343 nm, 258 nm, and 206 nm outputs
  • Simple selection of active harmonic
  • Simultaneous or switchable outputs
  • Customizable or high-power and -energy models

HIRO is a free-standing harmonic generator for PHAROS and CARBIDE lasers, as well as FLINT oscillators. It provides a high-efficiency second, third, fourth, and fifth harmonic generation at 515, 343, 258, and 206 nm, respectively. The selection of an active harmonic is manual but requires less than a few seconds, thanks to its unique optomechanical design.

The HIRO harmonic generator for PHAROS and CARBIDE comes in three models: standard, high-power (HP), and high-energy (HE), to perfectly fit the pump laser. The standard HIRO accepts up to 20 W and 1 mJ pump, the high‑power model (HIRO‑HP) takes up to 80 W, and the high‑energy model (HIRO-HE) goes up to 80 W and 3 mJ pump while maintaining the high conversion efficiency and beam quality. Also, HIRO-HP and HIRO-HE are optimized for high stability and temperature control, while the standard HIRO is customizable with additional options such as beam size control, collimation, and white-light continuum generation. All models use beam division and harmonics splitting to enable simultaneous or switchable outputs.

Coupled with FLINT, the HIRO harmonic generator provides second, third or fourth harmonic at a high repetition rate.

Model HIRO HIRO-HP HIRO-HE
  Classic Advanced
Maximum pump power 20 W 80 W
Pump pulse energy 8 – 1000 μJ 200 – 1000 μJ 1000 – 3000 μJ
Available outputs 1) 2) Up to 4H 3) Up to 5H
Conversion efficiency 4) 5) > 50% (2H)
> 25% (3H)
> 10% (4H) 6)
> 5% (5H) 7)
Polarization 8) Linear, horizontal (2H, 5H)
Linear, vertical (3H, 4H)
Dimensions (L × W × H) 487 × 176 × 180 mm 552 × 320 × 170 mm
  1. For harmonic combinations, contact sales@lightcon.com.
  2. Residual fundamental output available on request.
  3. White light continuum output available on request.
  4. Percentage of pump power, for repetition rate of up to 200 kHz.
  5. For simultaneous outputs, contact sales@lightcon.com.
  6. Maximum output power of 1 W.
  7. Maximum ouput power of 150 mW. Only for HIRO-HP/HE.
  8. Different polarization is available on request.
Model HIRO
Output wavelength Up to 4H
Maximum pump power 1) 4 W
Conversion efficiency 2) > 35% (2H)
> 5% (3H)
> 1% (4H)
Dimensions (L × W × H) 487 × 176 × 180 mm
  1. For high power 2H, refer to HG for FLINT.
  2. For pump power of > 500 mW.

Birefringent optical retarders from laser 3D-printed dielectric metasurfaces

S. Varapnickas, S. C. Thodika, F. Moroté, S. Juodkazis, M. Malinauskas, and E. Brasselet, Applied Physics Letters 15 (118), 151104 (2021).

Double Charge Transfer Dominates in Carrier Localization in Low Bandgap Sites of Heterogeneous Lead Halide Perovskites

A. Fakharuddin, M. Franckevičius, A. Devižis, A. Gelžinis, J. Chmeliov, P. Heremans, and V. Gulbinas, Advanced Functional Materials 15 (31), 2010076 (2021).

Ultrafast Spectroscopic Analysis of Pressure-Induced Variations of Excited-State Energy and Intramolecular Proton Transfer in Semi-Aliphatic Polyimide Films

E. Fujiwara, R. Orita, A. Vyšniauskas, M. Franckevičius, R. Ishige, V. Gulbinas, and S. Ando, The Journal of Physical Chemistry B 9 (125), 2425-2434 (2021).

Vegetable Oil-Based Thiol-Ene/Thiol-Epoxy Resins for Laser Direct Writing 3D Micro-/Nano-Lithography

S. Grauzeliene, A. Navaruckiene, E. Skliutas, M. Malinauskas, A. Serra, and J. Ostrauskaite, Polymers 6 (13), 872 (2021).

A Bio-Based Resin for a Multi-Scale Optical 3D Printing

E. Skliutas, M. Lebedevaite, S. Kasetaite, S. Rekštytė, S. Lileikis, J. Ostrauskaite, and M. Malinauskas, Scientific Reports 1 (10) (2020).

Characterization of a time-resolved electron microscope with a Schottky field emission gun

P. K. Olshin, M. Drabbels, and U. J. Lorenz, Structural Dynamics 5 (7), 054304 (2020).

Control of Laser Induced Cumulative Stress for Efficient Processing of Fused Silica

Q. Sun, T. Lee, M. Beresna, and G. Brambilla, 1 (10) (2020).

Development of analytical ultrafast transmission electron microscopy based on laser-driven Schottky field emission

C. Zhu, D. Zheng, H. Wang, M. Zhang, Z. Li, S. Sun, P. Xu, H. Tian, Z. Li, H. Yang et al., Ultramicroscopy 209, 112887 (2020).

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