Tuesday, 07 May, 12:30 – 12:50
The CLEO Hub Theater
IPG’s CLPF series, based on a proprietary Cr:ZnS ultrafast laser technology, uniquely combine multi-Watt average power, multi-octave instantaneous spectrum and ultra-low noise. We will describe the main features of CLPF series and give an overview of their applications in spectroscopy from the UV to THz regimes, including dual-comb spec...
IPG’s CLPF series, based on a proprietary Cr:ZnS ultrafast laser technology, uniquely combine multi-Watt average power, multi-octave instantaneous spectrum and ultra-low noise. We will describe the main features of CLPF series and give an overview of their applications in spectroscopy from the UV to THz regimes, including dual-comb spectroscopy.
Moderators
- Mike Mirov, IPG Photonics Corporation, Mid-IR Lasers, USA
Presented By
Presented By
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Wednesday, 08 May, 13:00 – 13:20
The CLEO Hub Theater
IPG's high peak power, high energy, nanosecond pulsed lasers based on Ho:YAG and Er:YAG effectively leverage the advantages of fiber lasers and combines them with the best aspects of bulk solid state lasers to achieve exceptional output characteristics. These lasers deliver high pulse energies of up to 120 mJ (2090 nm, Ho:YAG) and 30 mJ (...
IPG's high peak power, high energy, nanosecond pulsed lasers based on Ho:YAG and Er:YAG effectively leverage the advantages of fiber lasers and combines them with the best aspects of bulk solid state lasers to achieve exceptional output characteristics. These lasers deliver high pulse energies of up to 120 mJ (2090 nm, Ho:YAG) and 30 mJ (1645 nm Er:YAG) in a small form-factor.
Moderators
- Mike Mirov, IPG Photonics Corporation, Mid-IR Lasers, USA
Presented By
Presented By
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