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Femtosecond lasers, Pulsed lasers, Terahertz lasers
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Diode laser head / pulsed / picosecond - 50 ps, 375 - 1990 nm | LDH Series
Wavelengths between 375 nm and 1990 nm
Pulse widths as short as 50 ps (FWHM)
Adjustable (average) power up to 20 mW
Repetition rate from single shot to 80 MHz
Optional dual mode: pulsed and CW operation
Collimating optics,...
Pulse widths as short as 50 ps (FWHM)
Adjustable (average) power up to 20 mW
Repetition rate from single shot to 80 MHz
Optional dual mode: pulsed and CW operation
Collimating optics,...
Diode laser head / pulsed / picosecond - 50 ps, 375 - 1990 nm | LDH Series
Wavelengths between 375 nm and 1990 nm
Pulse widths as short as 50 ps (FWHM)
Adjustable (average) power up to 20 mW
Repetition rate from single shot to 80 MHz
Optional dual mode: pulsed and CW operation
Collimating optics, optional fiber coupling and peltier cooling
The laser heads of the LDH Series are the ideal product for all applications that require picosecond pulses at a variable repetition rate. They are build around a variety of different diode types, which allows to offer these heads at many wavelengths with different power values and spectral widths. Typically diode types like Fabry-Perot (FP), Distributed Feedback (DFB) or Distributed Bragg Reflector (DBR) are used. Each laser head contains additional special control electronics that are matched to the individual diode. The laser heads come with collimating optics and can be fitted with optical fibres (multi mode, single mode or polarisation maintaining single mode).
Pulse widths as short as 50 ps (FWHM)
Adjustable (average) power up to 20 mW
Repetition rate from single shot to 80 MHz
Optional dual mode: pulsed and CW operation
Collimating optics, optional fiber coupling and peltier cooling
The laser heads of the LDH Series are the ideal product for all applications that require picosecond pulses at a variable repetition rate. They are build around a variety of different diode types, which allows to offer these heads at many wavelengths with different power values and spectral widths. Typically diode types like Fabry-Perot (FP), Distributed Feedback (DFB) or Distributed Bragg Reflector (DBR) are used. Each laser head contains additional special control electronics that are matched to the individual diode. The laser heads come with collimating optics and can be fitted with optical fibres (multi mode, single mode or polarisation maintaining single mode).
Diode laser head / pulsed / picosecond - 80 ps, 266 - 1532 nm | LDH-FA Series
Available at 266, 531, 766, 1064 and 1532 nm
Pulse width down to 80 ps (FWHM)
Average output power between 1 mW and 1000 mW (depending on wavelength)
Repetition rates up to 80 MHz
Collimated beam or PM...
Pulse width down to 80 ps (FWHM)
Average output power between 1 mW and 1000 mW (depending on wavelength)
Repetition rates up to 80 MHz
Collimated beam or PM...
Diode laser head / pulsed / picosecond - 80 ps, 266 - 1532 nm | LDH-FA Series
Available at 266, 531, 766, 1064 and 1532 nm
Pulse width down to 80 ps (FWHM)
Average output power between 1 mW and 1000 mW (depending on wavelength)
Repetition rates up to 80 MHz
Collimated beam or PM fiber output with FC/APC fiber connector
The picosecond pulsed laser diode heads of the LDH-FA Series are based on a Master Oscillator Fiber Amplifier (MOFA) concept with optional frequency conversion. The master oscillator generates infrared picosecond pulses with variable repetition rates up to 80 MHz using the proven gain-switching techniques from PicoQuant. The output of this seed laser is directly connected to a single or double stage fiber amplifier, which boosts the output from the seed laser by several dB while maintaining the other characteristics of the seed laser beam like the emission wavelength, polarization and the short pulse width.
Pulse width down to 80 ps (FWHM)
Average output power between 1 mW and 1000 mW (depending on wavelength)
Repetition rates up to 80 MHz
Collimated beam or PM fiber output with FC/APC fiber connector
The picosecond pulsed laser diode heads of the LDH-FA Series are based on a Master Oscillator Fiber Amplifier (MOFA) concept with optional frequency conversion. The master oscillator generates infrared picosecond pulses with variable repetition rates up to 80 MHz using the proven gain-switching techniques from PicoQuant. The output of this seed laser is directly connected to a single or double stage fiber amplifier, which boosts the output from the seed laser by several dB while maintaining the other characteristics of the seed laser beam like the emission wavelength, polarization and the short pulse width.
Femtosecond laser - StarFemto FX
Femtosecond laser for "cold" laser cutting, structuring, drilling and ablating as well as marking for industrial applications
Customer...
Customer...
Femtosecond laser - StarFemto FX
Femtosecond laser for "cold" laser cutting, structuring, drilling and ablating as well as marking for industrial applications
Customer Benefits
Revolutionary precision in laser processing without thermal damage
Minimal or no post-processing
Virtually no restriction on material choice
Robust industrial use (24/7)
Safe and easy system integration and maintainability
Small footprint
Optional with complete beam delivery for cutting, structuring, drilling and ablating as well as marking applications
Customer Benefits
Revolutionary precision in laser processing without thermal damage
Minimal or no post-processing
Virtually no restriction on material choice
Robust industrial use (24/7)
Safe and easy system integration and maintainability
Small footprint
Optional with complete beam delivery for cutting, structuring, drilling and ablating as well as marking applications
Picosecond laser - StarPico
Picosecond laser for "cold" laser cutting, structuring, drilling and ablating for industrial applications
Customer...
Customer...
Picosecond laser - StarPico
Picosecond laser for "cold" laser cutting, structuring, drilling and ablating for industrial applications
Customer Benefits
Revolutionary precision in laser processing with minimal thermal damage
Minimal post-processing
High process speed
Safe and easy system integration and maintainability
Robust industrial use (24/7)
Small footprint
Optional with complete beam delivery for cutting, structuring, drilling and ablating as well as marking applications
Customer Benefits
Revolutionary precision in laser processing with minimal thermal damage
Minimal post-processing
High process speed
Safe and easy system integration and maintainability
Robust industrial use (24/7)
Small footprint
Optional with complete beam delivery for cutting, structuring, drilling and ablating as well as marking applications
Picosecond laser - PowerLine Pico
The picosecond laser PowerLine Pico is available as a laser source as well as a laser marker. With a pulse length of 800 ps and a maximum pulse energy of 40 µJ the laser...
Picosecond laser - PowerLine Pico
The picosecond laser PowerLine Pico is available as a laser source as well as a laser marker. With a pulse length of 800 ps and a maximum pulse energy of 40 µJ the laser...
Picosecond laser - PowerLine SL
The PowerLine SL lasers were developed for processes that make high demands on beam quality and the pulse-to-pulse stability with high frequencies. The compact laser head houses the pump diode and the RF generator. This facilitates integration and allows great distances between the...
Picosecond laser - PowerLine SL
The PowerLine SL lasers were developed for processes that make high demands on beam quality and the pulse-to-pulse stability with high frequencies. The compact laser head houses the pump diode and the RF generator. This facilitates integration and allows great distances between the place of operation and supply unit. The supply module of the laser requires 3 rack units in a 19 industrial rack mount. The laser system has an integrated shutter and a safety circuit according to EN-954-1 / EN 13849-1 which also facilitates direct integration.
Features at a glance
exceptional beam quality
high pulse-to-pulse stability
high long term stability with temperature management system
integrated shutter and safety circuit
easy integration
Output power class up to: 3 W, 20 W
Wavelength: 532 nm, 1064 nm
Laser type: end-pumped solid state laser
Pulse frequency: 15 400 kHz (PowerLine SL 3 SHG)
0 400 kHz (PowerLine SL 20)
Power consumption: 140 VA (PowerLine SL 3 SHG)
800 VA (PowerLine SL 20)
Features at a glance
exceptional beam quality
high pulse-to-pulse stability
high long term stability with temperature management system
integrated shutter and safety circuit
easy integration
Output power class up to: 3 W, 20 W
Wavelength: 532 nm, 1064 nm
Laser type: end-pumped solid state laser
Pulse frequency: 15 400 kHz (PowerLine SL 3 SHG)
0 400 kHz (PowerLine SL 20)
Power consumption: 140 VA (PowerLine SL 3 SHG)
800 VA (PowerLine SL 20)
Picosecond laser - PowerLine SL PV
The PowerLine SL PV lasers were developed for photovoltaic applications with highest requirements on the beam quality and pulse-to-pulse stability with high frequencies. With the integration...
Picosecond laser - PowerLine SL PV
The PowerLine SL PV lasers were developed for photovoltaic applications with highest requirements on the beam quality and pulse-to-pulse stability with high frequencies. With the integration of the beam expansion in the laser head, the laser beam can be used directly without external beam shaping. High long term stability is guaranteed by the new temperature management systems: independent thermal monitoring, stabilization of all relevant optical components and heat dissipation via cooling plate.
Features at a glance
exceptional beam quality
high pulse-to-pulse stability
high long term stability with temperature management system
integrated shutter and safety circuit
easy integration
Features at a glance
exceptional beam quality
high pulse-to-pulse stability
high long term stability with temperature management system
integrated shutter and safety circuit
easy integration
Picosecond laser
Solid state picosecond Nd:YAG lasers are the industry-leading source of high energy picosecond pulses for R&D applications. They have excellent output parameters, are reliable and still remain simple and convenient to use.