Two-stage spectral broadening and compression

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Double Stage Unit MIKS12

Compatible with any repetition rate and pulse-on-demand laser system
Stable 24/7 operation
Simple integration with existing laser system
No active optical elements
No mechanically moving components
No maintenance required
Runs in harsh environments (e.g. dust or vibration)

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_2

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_2

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_1

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_1

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_9

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_9

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_2

MIKS12_Laser Pulse Compressor with Cascaded Multipass Cells reach sub 7 fs_2

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PERFORMANCE

Up to 30x shorter pulses (<10 fs)
From 10 to 400 μJ input energy
Over 100 W average power

FEATURES

Over 90% transmission
24/7 operation
No maintenance
Small footprint:
- 80 x 80 cm² (MIKS12)
- 150 x 35 cm² (MIKS12_long)
Beam height: 105 mm

Ready-to-go pulse compression

Output spectrum

MIKS12_UP _ Pharos (Light Conversion)_Sp

Far field beam profile

Beam Profile_MIKS12.JPG

Output autocorrelation

MIKS12_UP _ Pharos (Light Conversion)_Au

Beam position stability (coming soon)

MIKS1_S_positional stability_edited.png

Average power stability (coming soon)

MIKS1_S_power stability_edited.png

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