產品介紹

LF113, LF114

We offer a series of pulsed q-sw Nd:YAG lasers with extremely high stability of laser parameters and output energy up to 360 mJ per pulse.

Reliable and high performance laser
High stability of output parameters
Super-stable solid rod construction of the laser head
Reliable autonomous cooling system liquid-air
Thermostabilization and hermetic sealing of all crystals
The laser body of a solid state pulsed Nd:YAG laser is sealed and the beam paths are shielded to protect optical components against dust and moisture.
The solid rod construction of the laser ensures long-term stability of output parameters irrespective of outer mechanical stresses or environmental influences
All nonlinear crystals, used in the laser head, are placed in thermostats to ensure high conversion efficiency of harmonics and also high stability of output energy at various frequencies
The cooling system of the laser is constructed by the principle water-air
Solid-state pulse Nd:YAG lasers, models LF113 & LF114 are excellent pump source for tunable lasers, manufactured by SOL instruments as well as by other manufacturers

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. fig1 LF112 435x315

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. stojka pitanija i ohlajdenia

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. sistema ohlajdenia

Specification:	LF113	LF114
Energy per pulse:
1064 nm:	200 mJ	320 mJ
*532 nm:	110 mJ	180 mJ
*355 nm:	25 mJ	60 mJ
*266 nm:	20 mJ	40 mJ
Pulse width (1064 nm):	10 - 12 ns	10 - 14 ns
Pulse repetition rate:	20 Hz	1 - 10 (20) Hz
Beam divergence (at level 0.86):	1.0 mrad	< 0.8 mrad
Beam diameter:	5 мм	< 6.0 мм
Jitter:	± 1.0 ns	1.0 ns
Pulse to pulse energy stability (at 1064 nm):	± 2.4%	± 2.5%
Power requirements:	220 V +/-10% (110 V), 50-60 Hz; 900 W (max)	220 V +/-10% (110 V), 50-60 Hz; 1000 W (max)
Dimensions (L х W х H):
Laser head:	720 х 136 х 130 mm
Power supply:	475 х 483 х 261 mm
Cooling unit:	490 х 483 х 177 mm