Laser Spectroscopy (LIBS and MALDI)

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Laser Spectroscopy (LIBS and MALDI)

Laser Spectroscopy (LIBS and MALDI)

Laser Spectroscopy is the measurement of radiation intensity in materials as a function of wavelength.  LIBS and MALDI are two key spectroscopy applications where laser sources are utilized.



Item No.
Image
Wavelength (nm)
Pulse Energy
Pulse Width
Repetition Rate
Quantas-Q1A-211
Quantas-Q1A-211
2110.15mJ< 8nssingle shot - 10Hz
PQSY Series- 3.5W
PQSY Series- 3.5W
1030100uJ10 to 15nsup to 35kHz
PQSY Series- 2W
PQSY Series- 2W
1030100uJ10 to 15nsup to 20kHz
Quantas-Q1B-211
Quantas-Q1B-211
2110.5mJ< 8nssingle shot - 10Hz
Quantas-Q1C-211
Quantas-Q1C-211
2111mJ< 8nssingle shot - 10Hz
Quantas-Q1D-211
Quantas-Q1D-211
2112mJ< 8nssingle shot - 10Hz
Quantas-Q1A-263
Quantas-Q1A-263
2630.6mJ< 8nssingle shot - 10Hz
Quantas-Q1B-263
Quantas-Q1B-263
2631.5mJ< 8nssingle shot - 10Hz
Quantas-Q1C-263
Quantas-Q1C-263
2633mJ< 8nssingle shot - 10Hz
Quantas-Q1D-263
Quantas-Q1D-263
2636mJ< 8nssingle shot - 10Hz
FP2-266-0.5-10
FP2-266-0.5-10
266500nJ<1ns10kHz
Wedge-HB-266
Wedge-HB-266
266150uJ< or = 1ns1kHz
Wedge-HF-266
Wedge-HF-266
26615uJ700ps - 3ns10 to 40kHz
Wedge-HF-266
Wedge-HF-266
26615uJ700 to 150010 to 40kHz
Wedge-XB-266
Wedge-XB-266
2660.5mJ< 2ns1kHz
BOREAS UV7
BOREAS UV7
3430.14mJ< 12ns20 - 75kHz
BOREAS UV14
BOREAS UV14
3430.14mJ< 12ns10 - 150kHz
Quantas-Q1A-351
Quantas-Q1A-351
3511mJ< 8nssingle shot - 10Hz
Quantas-Q1B-351
Quantas-Q1B-351
3513mJ< 8nssingle shot - 10Hz
Quantas-Q1C-351
Quantas-Q1C-351
3516mJ< 8nssingle shot - 10Hz
Quantas-Q1D-351
Quantas-Q1D-351
35112mJ< 8nssingle shot - 10Hz
FP2-355-2-10
FP2-355-2-10
3552uJ<1ns10 KHz
Wedge-HB-355
Wedge-HB-355
355160uJ< or = 2nsup to 1kHz
Wedge-HF-355
Wedge-HF-355
3550.030mJ700ps10 to 50kHz
Wedge-HF-355
Wedge-HF-355
3550.030mJ700ps10 to 50kHz
HEGOA G30-50P
HEGOA G30-50P
51535uJ50ps200kHz - 3000kHz
HEGOA G15-50P
HEGOA G15-50P
51535uJ50ps200kHz - 3000kHz
BOREAS G15
BOREAS G15
5150.3mJ< 12ns20 - 75kHz
BOREAS G30
BOREAS G30
5150.3mJ< 12ns20 - 150kHz
Quantas-Q1A-527
Quantas-Q1A-527
5272mJ< 8nssingle shot - 10Hz
Quantas-Q1B-527
Quantas-Q1B-527
5275mJ< 8nssingle shot - 10Hz
Quantas-Q1C-527
Quantas-Q1C-527
52710mJ< 8nssingle shot - 10Hz
Quantas-Q1D-527
Quantas-Q1D-527
52720mJ< 8nssingle shot - 10Hz
Vlite Hi-1000
Vlite Hi-1000
52715mJ X 2~110ns1 - 1000Hz
Lapa-80-532
Lapa-80-532
53250mJ10ns10Hz
FP2-532-25-5
FP2-532-25-5
53225uJ2.5ns + or - 0.3 ns5kHz
Vlite Hi-k20
Vlite Hi-k20
53220mJ at 1kHz<12ns1 - 1500Hz
Vlite-Extra 100
Vlite-Extra 100
53220 to 1006 - 8ns1 - 15Hz
FP2-532-10-10
FP2-532-10-10
53210uJ1.3 + or - 0.2 ns10kHz
PyroFlex 25-GR
PyroFlex 25-GR
5320 - 100uJ1 - 600ns0 - 500kHz
Vlite Hi-50
Vlite Hi-50
53250mJ X 2~15ns1 - 100Hz
Vlite Hi-k30
Vlite Hi-k30
53230mJ at 1kHz<12ns1 - 1500Hz
FP2-532-15-5
FP2-532-15-5
53215uJ1.3 + or - 0.2 ns5kHz
FP2-532-10-25
FP2-532-10-25
53210uJ2.5ns + or - 0.3 ns25kHz
Vlite-Extra 50
Vlite-Extra 50
53210 to 506 - 8ns1 - 15Hz
FP2-532-20-1
FP2-532-20-1
53220uJ1.3 + or - 0.2 ns1kHz
SOL-05-532
SOL-05-532
5320.45 mJ @ 10kHz10 : 50ns10 to 100kHz (Option: SS to 10kHz)
Wedge-HF-532
Wedge-HF-532
5320.09mJ700ps - 2ns10 to 100kHz
Wedge-XF-532
Wedge-XF-532
53225uJ400ps - 900ps10 to 100kHz (Option: SS to 10kHz)
SOL-10-532
SOL-10-532
532650uJ @ 10kHz10 : 60ns10 to 100kHz (Option: SS to 10kHz)
Wedge-HF-532
Wedge-HF-532
5320.09mJ700ps - 2ns10 to 100kHz
FP2-532-40-0.8
FP2-532-40-0.8
53240uJ2.5ns + or - 0.3 ns80Hz
FP2-532-5-0.5
FP2-532-5-0.5
5325uJ500ps500 Hz
FP2-532-20-0.1
FP2-532-20-0.1
53220uJ1.25ns500Hz
Wedge-HB-532
Wedge-HB-532
5321mJ0.9 - 1.2nssingle shot - 2kHz
Wedge-XF-532
Wedge-XF-532
53225uJ400ps - 900ps10 to 100kHz (Option: SS to 10kHz)
Wedge-XB-532
Wedge-XB-532
5322mJ<1.5nsSingle Shot to 1kHz
SOL-03-532
SOL-03-532
532200uJ @ 10kHz10 to 60ns10 to 100kHz (Option: SS to 10kHz)
Vlite Hi-100
Vlite Hi-100
532100mJ X 2~15ns1 - 100Hz
Vlite 200
Vlite 200
532200mJ2ns1 - 15Hz
Vlite 350
Vlite 350
532350mJ6 - 8ns1 - 10Hz
Vlite 500
Vlite 500
532500mJ6 - 8ns1 - 10Hz
BOREAS IR40
BOREAS IR40
10301mJ< 15ns20 - 75kHz
BOREAS IR80
BOREAS IR80
10301mJ< 15ns20 - 150kHz
HEGOA IR60-50P
HEGOA IR60-50P
103050uJ50ps200kHz - 3000kHz
HEGOA IR30-50P
HEGOA IR30-50P
103050uJ50ps200kHz - 3000kHz
Quantas-Q1A-1053
Quantas-Q1A-1053
10535mJ< 8nssingle shot - 10Hz
Quantas-Q1B-1053
Quantas-Q1B-1053
105310mJ< 8nssingle shot - 10Hz
Quantas-Q1C-1053
Quantas-Q1C-1053
105320mJ< 8nssingle shot - 10Hz
Quantas-Q1D-1053
Quantas-Q1D-1053
105340mJ< 8nssingle shot - 10Hz
Melar-200
Flashlamp Lasers
1053200J~15ns
Melar-300
Flashlamp Lasers
1053300J~15ns
AIRTRAC
AIRTRAC
1064> 50 mJ6 - 18ns1 - 30Hz
AIRTRAC
AIRTRAC
1064> 50mJ6 - 18ns1 - 30Hz
FP2-1064-8-8
FP2-1064-8-8
10648 uJ800ps8kHz
FP2-1064-30-0.5
FP2-1064-30-0.5
106430 uJ~1.5ns500Hz
Wedge-HB-1064
Wedge-HB-1064
10642mJ0.9 - 1.2nssingle shot - 2kHz
SOL-04
SOL-04
106460 to 80ns5 to 25kHz
SOL-10
SOL-10
1064450uJ @ 10kHz10 : 50ns10 to 100kHz
SOL-20
SOL-20
1064900uJ @ 10kHz6 : 35ns10 to 100kHz
Dawa 100
Dawa 100
1064100mJ9ns1 - 20Hz
Nimma-Hi-100
Nimma-Hi-100
1064150mJ~15ns1 - 100Hz
Nimma-Hi-50
Nimma-Hi-50
1064200mJ~8ns1 - 50Hz
Dawa 200
Dawa 200
1064200mJ8ns1 - 15Hz
Dawa 350
Dawa 350
1064350mJ5 - 7ns1 - 10Hz
Nimma 400
Nimma 400
1064400mJ8ns1 - 10Hz
Nimma 600
Nimma 600
1064600mJ8ns1 - 10Hz
Nimma 900
Nimma 900
1064900mJ8ns1 - 10Hz
SOL-06
SOL-06
1064300uJ @ 10kHz10 to 60ns10kHz to 100kHz
SGR-10
SGR-10
10641J6 - 8ns1 - 20Hz
Mianna-Q
Mianna-Q
10641.2Jless than 10ns1- 10Hz
SGR-20
SGR-20
10642J8 - 11ns1 - 10Hz
SGR-Extra
SGR-Extra
106410J @ 1 - 2Hz8 - 26ns optional1 - 10Hz
Mianna-H
Mianna-H
1064100J/cm25ms - 40ms1- 5Hz
Wedge-XF-1064
Wedge-XF-1064
106460uJ500ps to 1ns10 to 100kHz (Option: SS to 10kHz)
Pico series
Pico series
1064100 - 200ps (factory set)0 - 500kHz
pWedge
pWedge
10641 mJ500pssingle shot to 10 KHz
Wedge-HF
Wedge-HF
10640.18mJ700ps - 2.5ns10 to 100kHz
SGR-Extra-15
SGR-Extra-15
106415J @ 1 - 2Hz8 - 26ns1 - 10Hz
SGR-Extra-25
SGR-Extra-25
106422J @ 1 - 2Hz8 - 26ns1 - 10Hz
Dawa 50
Dawa 50
106450mJ9ns1 - 20Hz
SOL-30
SOL-30
10641.6mJ @ 10kHz6 : 35ns10 to 100kHz
SOL-40
SOL-40
10642mJ @ 10kHz6 : 34ns10 to 100kHz (Option: SS to 200kHz)
Wedge-XF-1064
Wedge-XF-1064
10647uJ to 60uJ500ps to 1ns10 to 100kHz (Option: SS to 10kHz)
Wedge-HF
Wedge-HF
10640.18mJ700ps - 2.5ns10 to 100kHz
FP2-1064-1-150
FP2-1064-1-150
10641uJ500ps150 KHz
Wedge-XB-1064
Wedge-XB-1064
10644mJ<1.5nsSingle Shot to 1kHz
PyroFlex 25-IR
PyroFlex 25-IR
10640 - 500uJ1 - 600ns0 - 500kHz
SGR-30
SGR-30
10643J10 -12ns1 - 10Hz
SGR-40
SGR-40
10644J10 -12ns1 - 10Hz
SGR-60
SGR-60
10646J10 - 12ns1 - 10Hz
Lapa-80
Lapa-80
106480mJ10ns20Hz
FP2-1064-1-150
FP2-1064-1-150
10641uJ500ps150 KHz
FP2-1064-40-10
FP2-1064-40-10
106440uJ2.5ns to 0.3 ns10kHz
FP2-1064-60-5
FP2-1064-60-5
106460uJ2.5ns + or - 0.3 ns5kHz
FP2-1064-100-0.8
FP2-1064-100-0.8
1064100uJ2.5ns + or - 0.3 ns80Hz
FP2-1064-25-10
FP2-1064-25-10
106425uJ1.3 + or - 0.2 ns10kHz
FP2-1064-50-1
FP2-1064-50-1
106450uJ1.3 + or - 0.2 ns1kHz
BLM-1534
BLM-1534
15341 mJ4 to 10 ns1 Hz
SOL-05-1572
SOL-05-1572
157210ns - 20ns10kHz - 50kHz
Wedge-XF-1572
Wedge-XF-1572
1572> 20uJ700ps to 1nsup to 10kHz
Wedge-HB-1572
Wedge-HB-1572
15720.4mJ<2.5ns0 - 2kHz
Wedge-XB-1572
Wedge-XB-1572
15720.8mJ<2.5ns0 - 1kHz
Wedge-XF-1572
Wedge-XF-1572
1572> 20uJ700ps to 1nsup to 10kHz
Wedge-HF-1572
Wedge-HF-1572
15721ns to 3nsup to 50kHz
Wedge-HF-3300
Wedge-HF-3300
3300> 7uJ700ps to 3ns10 to 100kHz
Wedge-HF-3300
Wedge-HF-3300
3300> 7uJ1ns to 2ns10 to 50kHz
Wedge-HB-3300
Wedge-HB-3300
330050uJ< 1.2nssingle shot - 1KHz

LIBS

Laser-induced breakdown spectroscopy (LIBS) is a type of spectroscopy that uses a highly focused beam from a pulsed laser to excite the sample material by generating a plasma plum.  Often times a 1064nm Nd:YAG nanosecond laser is used in LIBS devices.  LIBS can be used to analyze material in any state, whether that is a gas, liquid or a solid.  When any material is excited to a high temperature it will emit light at a certain frequency.  That emitted light can then be analyzed by the LIBS systems spectrograph and detector to determine the elements and impurities that a given material is composed of.  Applications for LIBS include material identification and characterization, surface cleaning/depth profiling, origin determination and compositional mapping.

 

MALDI

 Matrix-assisted laser desorption/ionization (MALDI) is a mass spectroscopy application which utilizes a soft ionization technique for analysis of biomolecules such as DNA as well as large organic molecules like polymers, which can become fragile when analyzed by other methods.  MALDI is a multistage process that involves prepping the sample and applying it to a metal plate, ablating the sample material to release ionized molecules and then analyzing those molecules with a mass spectrometer.  MALDI it utilized in a variety of applications including biochemistry, organic chemistry, polymer chemistry, and microbiology.  The most common type of laser that is used for MALDI techniques are frequency-tripled, or quadrupled, Nd:YAG lasers operating at 355nm or 266nm.  In some instances infrared lasers are used for MALDI due to the fact they offer a softer mode of ionization, greater material removal, and other beneficial characteristics

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GOA Optical Amplifiers
03.21.2017

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Testimonials

Your lasers are working very well so far. We don´t need to adjust the laser temperature any more, only the current a little bit which is easy, so we save considerable time in our QC department. We had no failure yet.

Laser Engineer, ,