DMP Product Portfolio

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DMP Product Portfolio
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Femtosecond Lasers
Pulse duration 20-100 fs Tuning range 700--960
nm Output power at 800 nm 150-1500mW Spatial
mode TEMoo Pump power 3-10 W Pulse energy 1-15
nJ Repetition rate 93-100 MHz
The most popular in industry
Pulse duration lt 70 fs Tuning range 1230-1270
nm Output power 180-250 mW Recommended pump
power 6-10 W Repetition rate 75/100/125
MHz Output stability lt 2 rms Spatial mode
TEMoo Divergence lt 2 mrad Crystal cooling
thermoelectric
High resolution imaging Broadband
absorption Material processing
Pulse Width (FWHM) lt 150-300 fs Wavelength
1560 10 nm Average output power gt 100 mW
Peak output power up to 10 kV Repetition rate
40-80 MHz Power output gt100 mW, TEM00,
linearly polarized or fiber output (FC/APC)
Service optical output FC/APC (1 mW) RF Out
SMAMode Lock Status SMA
Small footprintTurn-key operation Highly stable
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Femtosecond Measuring Tools
Wavelength 700-1500 nm Dynamic range 108 (in
window 104) Temporal range 950 ps Input pulse
energy (40-50 fs pulse),lt 500 µJ Pulse duration
gt 20 fs Repetition rate lt 100 Hz Input
polarization linear, horizontal Resolution 150
fs (time window 2 ps)400 fs (window 12 ps)
Power supply 220 V, 50/60 Hz 10
Solid target experiments- Measuring of ASE
level- Time-resolved experiments- Pulse
duration and shape control Alignment of high
power laser systems
Wavelength range 700-1000 nm 1000-1400 nm Pulse
duration range 20-200 fs 2002000 fs Input
pulse energy gt500 nJ (1-10 Hz) gt50 nJ (gt1
kHz) Input repetition rate 1-10 Hz (single-shot
mode) gt10 Hz (multiple-shot mode) Input
polarization, linear horz.,vert.
ultrafast laser diagnostics in the
telecommunications band. a unique combination of
simplicity, versatility, and power range
capabilities in an economic, self-contained
platform
Wavelength range 740-880 nm Pulse duration
range 12-40 fs/ 30-120 fs/ 6-15
fs Sensitivity min. average power 100 mW at 100
MHz 0.1 mJ in single-shot mode Input pulses
repetition rate from 1 kHz to CW/single Input
polarization, linear horizontal
Oscillator or amplifier tuning
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Amplified Systems
Wavelength 1250 nm Pulse duration (FWHM) 60-80
fs Pulse power 1-2 TW Output stability lt2
RMS Repetition rate 10 Hz Beam divergence lt2
mrad Spatial Mode TEMoo Polarization, linear
horizontal Contrast ratio gt10001

• Applications
• time-resolved spectroscopy
• telecommunications
• photochemistry
• photobiology
• plasma physics
• x-ray generation
• multispectral
• atmospheric lidar
• material processing

Energy 1 nJ Pulse duration (800 nm) 40
fs Repetition rate 10-100 Hz Pump energy (532
nm, lt 200 ns) 10 mJ Wavelength 750-850 nm Pulse
duration lt 50 fs Repetition rate 50/100/1000
Hz Energy 0.5 mJ
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Femtosecond Accessories
Output voltage 4-8/ 6-12 kV Repetition rate
1/10/25/50 kHz Rise time lt 1-10 ns Jitter lt 0.2
ns Input sync signal optical or TTL Sync
repetition rate 10-150 MHz Adjustable delay 0 -
4 ms
Peak isolation 38 dB Transmission (1064nm,
800nm) gt90 Broadband models
High transparent (HT) single stage isolators
Single stage isolators with side exit (SE)
Narrowband adjustable isolatorsBroadband
isolators Double stage isolators Isolators for
infrared optical range

• Second harmonic generator
• Input wavelength range 710-960 1250 nm 
• Input pulse width gt 20 fs
• Conversion efficiency 20-40
• Third harmonic generator
• Input wavelength range 750-900 nm 
• Input pulse width gt 20 fs
• Conversion efficiency 2-8