ARCHITECTURE AND DESIGN PRINCIPLES

Combining various laser and nonlinear converters using the most advanced active media and nonlinear crystals allows us to provide laser output both with any set of fixed wavelengths and with a possibility of continuous wavelength tuning within the range from 0.2 μm to 20 μm.

When designing a laser system under your requirements we, as a rule, create it on the basis of the following main modules: 

• Nd:YAG lasers with harmonic generators; 
• Ti:Sapphire lasers with harmonic generators; 
• OPO with harmonic generators based on ВВО, КТР, КТА, AgGaSe2, ZGP crystals; 
• Sum-Frequency Generators based on ВВО, КТР, КТА crystals; 
• Difference-Frequency Generators based on ZGP, CdSe crystal. 

Design of such laser systems takes into account the Customers’ requirements in terms of the spatial arrangement, laser radiation parameters and possibility to control the whole system or its separate modules.

Depending on your requirements to the laser system both our standard modules and individually developed ones can be used as the system’s separate parts.

As early as at the development stage any required options can be integrated into your individual laser system:

• Power meters; 
• Laser radiation attenuators; 
• Built-in laser wavelength meters; 
• Monochromators and spectrographs for spectral analysis; 
• Auxiliary custom optics; 
• Any other options upon your request. 

Please, contact us for creating your custom laser system.

Here are just a few examples of laser systems developed specially for our Customers.

IR tunable laser system for detecting explosives, toxic and narcotic agents

• Tuning range: 3..5 μm and 8..12 μm 
• Pulse energy up to 25 mJ 
• Pulse repetition rate 100 Hz 

3D laser system for optical measurements and plasma generation in solid-states, liquids and gases

• Output wavelength: 213 nm, 355 nm, 532 nm and 1064 nm 
• Pulse energy up to 1.4 J 
• Pulse repetition rate 10 Hz 
• Pulse width 10 ns

Laser system for PIV applications

• Output wavelength 532 nm
• Pulse repetition rate 100 Hz 
• Pulse energy 100 mJ

Options:   

• Output wavelength 1064, 532, 355, 266 nm
• Output pulse energy up to 1,3 J (each channel)

Multifunctional tuneable narrow linewidth laser system

Pulse energy 

• 532 nm …………………………….. 0 – 500 mJ
• 700…980 nm ……………………. up to 110 mJ
• 350…490 nm ……………………. up to   40 mJ
• 235…320 nm ……………………. up to   15 mJ
• 210…235 nm ……………………. up to     6 mJ
• linewidth …………………..less than 0,005 nm 

• Pulse repetition rate ………………..10 Hz

High power 532nm laser system

• Wavelength 532 nm
• Pulse repetition rate 10 Hz
• Pulse energy 1200 mJ
• Pulse width 13 нс

Options:   

• Output wavelength 1064 nm  or 266 nm

Laser system for modeling the effect of ionizing radiation on semiconductor microstructures

• Output wavelength 1064 nm and 532 nm 
• Pulse repetition rate 20 Hz 
• Pulsewidth 10 ns 
• Mirror articulated arm is user as a beam delivery system 

IR Laser system for DIAL applications

The laser system used to measure the atmospheric concentrations of gases such as water vapor, CO2, N20, NO2, etc. 

• Tuning range: 3…4 μm 
• Linewidth < 1 cm-1 
• Output pulse energy 6 mJ 
• Pulse repetition rate 20 Hz 
• Divergence < 2 mrad 

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 sensing and location of various objects. 

• Output wavelength: 355 (or 266) nm, 532 nm and 1064 nm 
• Pulse energy up to 100 mJ 
• Pulsewidth 10 ns 
• Beam pointing stability at changing output wavelength < 0.2 mrad