Showing 1–16 of 42 results
Johanna Taieb
Key Features:
- Wide wavelength lineup: 1030, 1053, 1064, 1080, 1120, 1180 nm and more
- Stable single mode operation
- Short pulse (picoseconds, nanoseconds)
- 400 mW to 1 nanosecond high light power
- 14-pin butterfly / 7-pin SMPM module
- Picosecond pulsed driver board
- 1060 nm gain chip for tunable laser
- Application: Seeder of fiber laser for machining, LIDAR
Johanna Taieb
Key Features:
- Up to 200mJ @ 1064nm
- Up to 100 mJ @ 532 nm
- 10ns to 30 ns
- Single shot up to 200 Hz
- Multiple wavelengths configurations
Michael Iluz
Key Features:
- High repetition rate : 80 MHz
- High power : from 1W to 2W
- 100 fs (standard)
Michael Iluz
- High repetition rate : 80 MHz
- High power : from 1W to 20W
- < 160 fs
Michael Iluz
Key Features:
- High repetition rate : 80 MHz
- High power : 1W to 40W
- < 10 ps
Michael Iluz
Key Features:
- Output energies up to 340mJ
- Stable telescopic resonator
- Electronically verified safety shutter
- 2nd, 3rd, 4th and 5th harmonics
- High energy TEM00 option available
- Choice of stable, telescopic or super-Gaussian resonators
Bernard Azout
Key Features:
- QCW operation
- 60 W to 400 W QCW per diode bar
- Standard wavelength 795 to 830 nm, 880 nm, 9xx nm
- Space qualified technology (vacuum, irradiation)
- Low thermal resistance assembly package
- Mechanically robust, shock and vibration resistant
Bernard Azout
Key Features:
- QCW operation
- Highly compact design
- Custom multi-stacks design available up to 5 stacks
- Wavelengths: 795-830 nm, 880 nm and 9xx nm
- Low thermal resistance assembly
- Mechanically robust, shock and vibration resistant
- Approved for defense and space applications
Michael Iluz
Key Features:
- Plug and play interchangeable harmonic modules to 213nm
- Twin-rod architecture for high beam homogeneity
- Intelligent motorised auto-tuning of harmonics
- Auto-stabilisation for ‘set and forget’ operation
- Integrated motorised attenuator
- Easy connections and fast start up
- High energy and high repetition rate models
- Super Gaussian, stable and stable-telescopic resonator options
- LUCi touchscreen or PC control interface
- Rugged industrial design
Michael Iluz
Key Features:
- Rugged Invar stabilised construction
- Up to 3.5J at 1064nm
- Repetition rates up to 200Hz
- Telescopic or super-Gaussian resonators
- All harmonics to 213nm available
- Full energy in <5 minutes at all wavelengths
- Full RS232 software control
- Modular design
- Birefringence compensation
- Injection seeded option
- Line narrowing etalon option
- IGBT switching for long lamp life
- Fully integrated power supply and water cooler
Bernard Azout
Key Features:
- QCW operation
- Up to 400 W QCW per diode bar
- Hard sodder technology
- Wavelengths: 795 – 830 nm, 880 nm and 9xx nm
- Highly efficient over a large operating temperature range (- 40 to 80°)
- Options for multi-color emission (2 to 5 colors simultaneously)
- Low thermal resistance assembly
- Mechanically robust, shock and vibration resistant
- Collimation on request with a pitch of 400 µm
Michael Iluz
Key Features:
- Ultra-low noise
- Transform-limited pulses
- Compact industrial design
- Harsh environment resistant
- User friendly
- Turnkey system
- 24/7 operation
- All-in-one system
Johanna Taieb
Key Features:
- Down to 300 ps
- 236.5 nm to 1064 nm
- Single shot to 100 kHz
- Up to 80 uJ
- Up to 50 kW
- M < 1.3
- SLM
Bernard Azout
Key Features:
- Air-cooled system
- Ultra compact
- Ideal for biophotonics and imaging applications
- Optional green output
Michael Iluz
Key Features:
- Repetition rates up to 300Hz
- Fully modular harmonics
- Choice of resonator options
- Ultra high stability
- Diode life >4 billion pulses
- Field replaceable diodes
- Excellent beam quality
- Compact PSU
- Detachable, compact chiller
- Rated to IP65
