STATE-OF-THE-ART DEVELOPMENTS B.I.Stepanov Institute of Physics National Academy of Sciences of Belarus ifanbel.bas-net.by
Mar 31, 2016
STATE-OF-THE-ART
DEVELOPMENTS
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
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DIODE PUMPED SOLID STATE LASERS
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Erbium lasers
Model IFL-E23-P IFL-E53-P IFL-E83-P Operating wavelength, nm 1535 1535 1535 Output pulse energy, mJ 2 5 8 Pulse repetition rate, Hz 3 3 3
2 Beam quality factor, M < 1.3 < 1.3 < 1.3
0Operating temperature interval, C - 40 ÷ + 50 - 40 ÷ + 50 - 40 ÷ + 50
0.2 Dimensions, mm 60×30×30 75×35×30 75×45×30
Lasing pulse duration, ns < 20 < 20 < 20
Type of Q-switch passive passive passive
Weight, kg 0.2 0.2
APPLICATIONS:
range-finding target designating systems environmental monitoring material processingmedicinelaser spectroscopy
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
APPLICATIONS:
range-finding target designating systems environmental monitoring material processingmedicinelaser spectroscopy
Model IFL-E2020-EO Operating wavelength, nm 1535 Output pulse energy, mJ 20 Pulse repetition rate, Hz 20 Lasing pulse duration, ns < 30
0Operating temperature interval, C + 10 ÷ + 30 Cooling method air cooling
300×120×123
Beam diameter, mm 2.2
Weight, kg 5 Dimensions, mm
Erbium lasers withhigh energy
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Diode-pumpedNd:YAG laser
APPLICATIONS:
range-finding target designating systems environmental monitoring material processingmedicinelaser spectroscopy
Model IFL–N(150)20030-EO Operating wavelength, nm 1064 Output pulse energy, mJ 150 / 200 Pulse repetition rate, Hz 30 Beam diameter, mm < 5 Beam divergence, mrad <1.2
0Operating temperature interval, C + 10 ÷ + 30 Cooling method air cooling
350×200×100
Lasing pulse duration, ns 7 ÷ 10
Weight, kg 5 Dimensions, mm
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Eye-safe OPO based on Nd:YAG laser
APPLICATIONS:
range-finding remote sensingmaterial processinglaser spectroscopy
Model IFL-N5030- OPO Operating wavelength, nm 1570 Output pulse energy, mJ 50 Pulse repetition rate, Hz 30 Beam diameter, mm 5
0Operating temperature interval, C + 10 ÷ + 30 Cooling method air cooling
285×110×120
Lasing pulse duration, ns 7 ÷ 10
Weight, kg 5 Dimensions, mm
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
APPLICATIONS:
scientific research
explosives detecting devices
medicineenvironmental monitoring
Model IFL–N18030-4H Operating wavelength, nm 1064, 532, 355, 266
90 (532 ) 45 (355 ) 20 (266 nm)
Pulse repetition rate, Hz 30 Beam diameter, mm < 5
Cooling method air cooling
222×440×155
Output pulse energy, mJ 180 (1064 nm) nm nm
with amplifier, J 0.4 / 1 (1064 nm)
Lasing pulse duration, ns 7 ÷ 10 (1064 nm)
Beam divergence, mrad <1.2
Weight, kg 10 Dimensions, mm
Diode pumped Nd:YAG laser with harmonics
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Portable double pulselaser for LIBS applications
APPLICATIONS:
laser induced breakdown spectroscopy
Model IFL-N50(100)10-DPLOperating wavelength, nm 1064 Output pulse energy Pulse repetition rate, Hz 1
Pulse-to-pulse delay, s 1Cooling method air cooling
Dimensions with power supply , mm 510×200×230
for each channel, mJ 50 / 100 ÷ 10
Lasing pulse duration, ns 8 ÷ 12μ ÷ 100
Weight, kg 18
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
All-solid-state picosecondand femtosecond lasers
APPLICATIONS:
time-resolved spectroscopymaterial processingtwo-photon microscopytissue ablationnonlinear optics researchlaser-matter interaction research
Model IFL-F1100 Operating wavelength, nm 760-830 Output pulse energy, mJ 1 Pulse repetition rate, MHz up to 100 Lasing pulse duration, fs < 50
Model IFL-P20100Operating wavelength, nm 1064
p
Output pulse energy, µJ 20 Pulse repetition rate, kHz 10 ÷ 100Lasing pulse duration, s < 20
Average power, W 2 2
Beam quality, M < 1.5
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
OPTOELECTRONIC
SYSTEMS
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Night vision system at reducedtransparency of the atmosphere
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Night vision system
Model NVS S500-10 Distance of the boundary of the observation zone , m
÷ Operating
0Operating temperature interval, C - 40 ÷ + 50
120×120×280
minimal 10 maximal 500
Angle of view 10°х х Magnification 1 3
voltage, V 12
Consumption power, W < 10 Weight, kg < 2.5
Dimensions, mm
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Model NVS M11000-10 Distance of the boundary of the observation zone , m minimal 10
maximal 1000 Angle of view 20°
х Magnification 10 Operating voltage, V 12, 24
0Operating temperature interval, C - 40 ÷ + 50 Consumption power, W < 20 Weight, kg < 5
Dimensions, mm 110×110×370
Night vision systemB . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Night vision systemB . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Model NVS SH700-30 Distance of the boundary of the observation zone, m minima 40
maximal 700 Angle of view 2 ÷ 5°
Angle of survey 30°х Magnification 10
Operating voltage, V 12, 240Operating temperature interval, C - 40 ÷ + 50
Consumption power, W < 100 Weight of flight glasses, kg 0.5 Weight of laser searchlight, kg 3.5 Flight glasses dimensions, mm 155×55×75 Laser searchlight dimensions, mm 165×145×80
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Distance = 60 m Distance = 250 m Distance = 4700 m
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rusNight vision system
Model NVS L7000-06 Distance of the boundary of the observation zone , m minimal 100
maximal up to 7000 Angle of view 0.6°
х Magnification 100 Operating voltage, V 12, 220
0Operating temperature interval, C - 40 ÷ + 50 Consumption power, W < 500
Weight, kg < 80 Dimensions, mm 380×710×1020
Mobile laser spectrometer
APPLICATIONS:
Metals CoatingsMinerals SoilCement PlantsPharmaceuticals BiologicalExplosives Food stuff
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
ADVANTAGES:Laser-induced breakdown spectroscopy (LIBS)is a simple, rapid, real-time analytical technique of .nondestructive testing
Model MLS-50-200-DP Operating wavelength, nm 1064 Output pulse energy Pulse repetition rate, Hz 1
Pulse-to-pulse delay, s 1 Cooling method air cooling
Dimensions of laser module 510×200×230 Type of spectrograph Czerny-Turner Focal length, 200 Usable wavelength range, 200-1200 Simultaneous registered range, nm 120 nm Wavelength resolution, 0,12 nm
for each channel, mJ 50 / 100 ÷ 10
Lasing pulse duration, ns 10μ ÷ 100
Weight of laser module, kg 18
, mm
mm nm
nmWeight of spectrograph, kg 10
Dimension of spectrograph, mm 320×300×160
Laser examination andcleaning of historical and artistical values
APPLICATIONS:
Cultural heritage
ADVANTAGES:, microanalysis, no sample preparation nondestructive testing and cleaning.
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
Modeloperating wavelength, nm
pulse-repetition rate, Hzpulse duration, nspulse energy, mJ
LС MW5-8001064, 532, 355, 266, 2131 - 515 – 20up to 550 (1064 nm)up to 800 (532 nm)up to 400 (355 nm)up to 300 (266 nm)up to 100 (213 nm)
High-speed laser marker
ModelLaser type
Laser radiation wavelength, nmPulse-repetition rate, kHz
Pulse duration, nsPulse energy, mJ
Average output power, WLaser life time, hour
Power consumption, WMarking area, mm x mm
Beam movement rate, m/sOutput image type
Weight, kgDimensions, mm
LM HS10(20/50)-8air-cooled pulsed ytterbium fiber laser(LD pumped Nd:YAG laser)1060 ± 1020 10100 ± 100.510 / 20 / 50> 30 000120 / 150 / 24060x60 / 110x110 / 175x175 up to 8 contour, graphic, text, and other images. 35640x500x600
÷
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
High-speed laser marker
APPLICATIONS
Precision laser marking of:
industrial goodssouvenir productionjewelleryaward productions
Laser cutting
MATERIALS: Metals very good Alloys very good Semiconductors good Plastics good Ceramic good
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
technology of halftone images
LidarsB . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
MEASUREMENTS- concentration of gases and aerosols;
ModelBackscattering at wavelengths, nm
Raman scattering at wavelengths, nmDepolarization at wavelength, nm
0Scanning in azimuth,0
Elevation scanning ,Distance, km
Spacial resolution, m Dimensions, mm
Weight, kg
L MW6R355, 532, 1064387, 407, 607532±1800 ÷ 9035151500x1500x2000200
Optical elementsLaser optics & coatings
Optical windows
Dielectric mirrors & AR coatings
Interference filters
Fabri-Perot interferometers
Polarization optics
Prisms
Lenses
Deep optical contact elements
Spectral region: 250 nm ÷ 2.7 µm
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
B . I . S t e p a n o v Institute of PhysicsNat iona l Academy o f Sc iences o f Be la rus
68, Nezalezhnasti ave, Minsk, Belarus 220072phone: +375 17 2841755, 284-04-27; fax: +375 17 [email protected]://ifanbel.bas-net.by