* Output energy values depend on the Nd:YAG laser model.
SOLAR LS produces a widest range of standard solid-state lasers. However, for solving some particular issues, our Users often need unique systems adapted for the requirements of certain experiments or specific tasks.
For more than 25 years of work in the international photonics market SOLAR LS has acquired huge experience in developing such systems.
We are able to promptly design customised systems of any complexity thanks to the following facts:
When designing such systems, we take into account the Customers’ requirements from the point of view of spatial configuration, laser radiation parameters and possibilities to control the whole system or its separate units.
In the course of a laser system development, we will offer and coordinate with you the optimum solution having preliminarily clarified your wishes concerning the following aspects:
Relative position of the laser system parts
Peculiarities of laser radiation extraction beyond the laser system
Requirements to automation
Laser system mounting frame
Requirement of the optical system for forming laser radiation
Supplementing the laser system with additional accessories
Please, contact us to create your unique laser system.
The laser systems developed and offered by SOLAR LS can provide at the output a number of fixed wavelengths as well as tuneable radiation in different spectral ranges.
Combination of various laser and non-linear converters based on advanced active media and non-linear crystals allows us to realise laser systems providing continuous wavelength tuning within the range from 0.2 µm to 20 µm.
When designing a laser system meeting your specific requirements we, as a rule, build it using the following basic modules:
Depending on the requirements to the laser system, as parts of the laser system can be used both our standard models and specially developed ones.
Wavelength tuning is performed either manually by micrometric screws or by actuators via PC.
For real-time control over the operating wavelength (including in the wavelength range of 3…20 µm) the laser system can be supplemented with an original compact laser wavelength meter.
In this section you can get acquainted with some of the laser systems developed by SOLAR LS under orders of our Customers. Feel free to contact us for more information about the systems we designed, their detailed specifications and applications.
Inform us of your requirements and we will offer you the best solution for your tasks within the shortest time.
Three-Wave Laser System
The laser system provides output radiation at 1064 nm, 532 nm and 355 nm (or 266 nm) with smooth pulse energy adjustment from 0 to 100 mJ and is intended for remote probing and location of various objects.
| Parameter | Value | |
| Output wavelength, nm | 1064, 532, 355 (or 266) |
|
| Output energy, mJ* | 1064 nm | up to 100 |
| 532 nm | up to 80 | |
| 355 (266) nm | up to 80 (70) | |
| Beam pointing stability at changing output wavelength, mrad, not worse than | 0.2 | |
| Attenuator type | Glan prisms, BBO | |
* Output energy values depend on the Nd:YAG laser model.
3-D Four-Wave Laser System
The laser system provides output radiation at one of the four wavelengths: 1064 nm or 532 nm or 355 nm or 213 nm and is intended for laser plasma generation in solids, liquids and gases and for optical measurements.
| Parameter | Value | |
| Output wavelength, nm | 1064, 532, 355, 213 | |
| PRR, Hz | 10 | |
| Output energy, mJ* | 1064 nm | > 1200 |
| 532 nm | > 600 | |
| 355 nm | > 80 | |
| 213 nm | > 40 | |
| Beam pointing stability at changing output wavelength, not worse than, mrad | 0.2 | |
* Output energy values depend on the Nd:YAG laser model.
UV Laser System
The laser system provides simultaneous output at four wavelegths: 1064 nm, 290 nm, 266 nm and 250 nm propagating in one direction and is intended for identification of objects basing on spectral characteristics of reflected signal.
| Parameter | Value | |
| Output wavelength*, nm | 1064, 290, 266, 250 | |
| PRR, Hz | up to 100 | |
| Output energy**, mJ | 1064 nm | > 150 |
| 290 nm | > 20 | |
| 266 nm | > 20 | |
| 250 nm | > 20 | |
* Other output wavelengths can be provided upon the Customer’s request.
** Output energy values depend on the Nd:YAG laser model.
Laser System for Investigation of Parametric Amplification
The laser system is based on BBO non-collinear two-stage parametric amplifier and is used as the initial cascade for amplifying laser pulses within the spectral range of 1030…1055 nm. Amplified pulses are generated by diode-pumped lasers based on media activated by ytterbium ions.
Narrow-Linewidth Tuneable Laser System
The laser system provides nanosecond pulses with linewidth of not more than 5 pm tuneable in one of the four wavelength ranges:
The laser system can be used in LIDARs and for spectroscopy.
Output radiation interferogram. Free space range of the Fabry-Perot interferometer is 23 pm
| Parameter | Value | |
| Pump wavelength, nm | 532 | |
| Pump pulse energy, mJ | 500 | |
| Pump pulse duration, ns | 9…11 | |
| Tuning ranges, nm | fundamental | 690…980 |
| second harmonic | 350…480 | |
| third harmonic | 235…300 | |
| fourth harmonic | 210…236 | |
| PRR, Hz | 10 | |
| Output energy in the tuning curve maximum, not less than, mJ | ~ 800 nm | до 120 |
| ~ 390 nm | до 50 | |
| ~ 265 nm | до 20 | |
| ~ 217 nm | до 10 | |
| Pulse duration, ns | 7…30 | |
| Output linewidth, nm, not more than | without Fabry-Perot interferometer | 0.05 |
| with Fabry-Perot interferometer | 0.005 | |
Multi-Wave Tuneable Laser System based on Nd:YAG Laser with Harmonic Generators and BBO Optical Parametric Oscillator
| Parameter | Value | |
| Output wavelength, nm | 1064, 532, 355, 266, 213 210…2500 |
|
| Output energy, mJ* | 1064 nm | > 1400 |
| 532 nm | > 650 | |
| 355 nm | > 350 | |
| 266 nm | > 120 | |
| 213 nm | > 40 | |
| 410…2500 nm | > 80 @ 450 nm | |
| 210…420 nm | > 3 @ 240 nm | |
* Output energy values depend on the Nd:YAG laser model.
Tuneable Infrared Laser System
The laser system provides tuneable nanosecond pulses within the following spectral ranges:
The laser system is used for detection of dangerous explosives, toxins or narcotics in the controlled space. It can also be used for remote control over the level of content of harmful contaminants in the air of megalopolises – methyl and butane compounds, mercury compounds vapours, plumbum, phenol, etc.
| Parameter | Value | |
| Wavelength, nm | 1064 | |
| Pump pulse energy, mJ | up to 1000 | |
| Pump pulse duration, ns | ~ 10 | |
| PRR, Hz | up to 100 | |
| Output energy, mJ* | within the range 3…4 µm | up to 40 |
| within the range 8…12 µm | up to 5 | |
* Output energy values depend on the Nd:YAG laser model.
SOLAR LS specialists have wide experience of work in research and development laboratories. That is why we are well aware of the problems scientists face when choosing equipment for their laboratories.
Allocated budget, need for laser radiation sources of different wavelengths, specific requirements to these sources and registration systems as well as project implementation periods and merely absence of space in a laboratory. All these distract from brilliant scientific ideas and plans on their implementation.
To help scientists occurring in such situations our company implements the Set us a Task! Programme. Within the frames of this Programme we offer our Customers to order laser equipment developed to meet their individual requirements and to handle the tasks they face to the maximum.
Thanks to a rischest experience of our specialists and time-proven schematic and technical solutions, such laser equipment under individual orders is available for our Customers at almost the same price as for budgetary standard lasers while the lead time may fit in three-four months from the moment of coordination of the Technical Requirements.
STEP 1
It will take you 5-10 minutes to fill in the questionnaire below. This will give us an opportunity to better understand your requirements to a laser or laser system.
STEP 2
Our specialist will contact you within five working days to offer a configuration of your laser systems and to inform you of its expected cost.
STEP 3
If you get interested in our offer, we will stipulate with you the detailed Technical Requirements and the specifications, so that you could order a laser
YOUR SELECTION IS HUGE!
OUR LASER SYSTEMS PRODUCED UNDER INDIVIDUAL ORDERS OPERATE IN THOUSANDS OF SCIENTIFIC LABORATORIES ALL OVER THE WORLD
IR laser system for remote monitoring of H2O, CO2, N2O, NO2 and other atmospheric gases as part of a differential LIDAR
Laser system for simulation of ionising radiation effect on semi-conductor structures
3 D laser system for optical measurements and plasma generation in solids, liquids and gases
IR laser system for detection of explosives, toxic materials and narcotic substances
TRY. IT IS REALLY CONVENIENT!
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