nL300 10 –30 combined withattenuators that OPO pumpingthatrequires smooth Q-switched nanosecondNd:Y active element.Upto 800mJpulse adjustment withoutchangingother allow smoothoutputenergy attenuator modulespleasecheckour NL300 serieselectro-optically Nanosec energy canbeproduced ata10Hz on thepage 68. description of harmonic and or beamprofile. Foramore detailed harmonic isavailable. modules forgenerationupto a5 pulse repetition rate. maximum energy extractionfrom the beam profile withouthotspots. rate canbeselected inrangeof harmonic generators selectionguide pulse-to-pulse stability, divergence with 3 NL120 ▪ NL200 ▪ NL220 ▪ NL230 ▪ NL300 ▪ NL303D producelasers highenergy pulses parameters, i.e.pulseduration, Savanor iu A wide range of harmonic generator NL30×G modelsare optimizedfor Harmonics generators canbe NL30×HT modelsare designedfor – Hz. 6 nsduration.Pulserepetition

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series +370 5 2649629 The extremely compact laserheadis can becontrolled viaaRS232orUSB cooling. configured withwater-to-water or approximately 480mmlongandcan from thelasercavityanddoesnot footprint. Easyaccessto thewater Both optionsalloweasycontrol of Replacement of flashlampdoesnot supply facilitates lasermaintenance. tank from theback sideof thepower or auser-friendly remote control pad. require removal of pumpchamber power supplyhasa330×490mm be fitted into tightspaces. Thelaser port withLabView™drivers (included) port without theuseof tapwater for water-to-air heatexchangers. The laser settings. latter option allowsfor laser operation lead to possiblemisalignment. The powering unitcanbe For customer convenience thelaser

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+370 5 2641809

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www. fe APPLICA ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ e wavelengths fundamental and/or harmonics for Optional attenuators generator modules harmonics and fifth fourth Thermo stabilized second, third, ns pulse duration 3 –6 Hz pulse repetition rate 10 –30 stability Better than 1 % rms pulse energy Up to Rugged sealed laser cavity Remote sensing Laser pumping OPO, Ti:Sapphire, processingMaterial RS232/USB port Remote control via keypad and/or misalignment of laser cavity Replacement of flashlamps without cooling options Water-to-water or water-to-air Q-switched Nd:YA Pumped Flash-lamp a kspl tures a.c 800 mJ pulse energy o m TIONS G Lasers 65

Other Ekspla Products Ultrafast Fiber Lasers High Energy Lasers Nanosecond Tunable Lasers NNanosecondanosecond Lasers Picosecond Tunable Systems Picosecond Lasers m o a.c kspl e series

5 mJ 30 Hz 65 mJ 25 mJ www. 120 mJ 280 mJ

<3.4 kVA <10 l/min m o a.c 550 × 600 × 680 mm

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7 mJ 20 Hz 35 mJ 110 mJ 160 mJ 360 mJ l -mai e

for details. For water cooled version. Air cooled version should be specified when requirements Power rating can be calculated by current Required Near field Gaussian fit is >70%. at 1064 nm at the Beam diameter is measured at the 1/e² level. Full angle measured 300 shots. from RMS value measured the page 68 for more detailed information. the page 68 for more does not require tap water for cooling. does not require ordering. dividing power value by mains voltage value. See harmonics generator selection guide on guide on generator selection See harmonics 1/e² level. 110 V AC powering is available, please inquiry110 V AC <6 l/min <1.8 kVA 16) 17) 18) 19) 11) 12) 13) 14) 15) 8 mJ 10 Hz 40 mJ 120 mJ 180 mJ 400 mJ 330 × 490 × 585 mm +370 5 2641809 5 +370

1 % 3 % 6 % ±2 % 1.5 % 3.5 % 2.5 m 68 mm 3 – 6 ns ~6 mm <1 cm⁻¹ 15–30 °C fax <0.6 mrad

<0.5 ns rms 50 µrad rms

vertical, >90 % 154 × 475 × 128 mm 330 × 490 × 585 mm 20–80 % (non-condensing) 3 mJ 30 Hz 40 mJ 15 mJ 70 mJ 200 mJ <3.4 kVA <10 l/min +370 5 2649629 5 +370

154 × 290 × 128 mm for H300FHC unit , single phase 50/60 Hz 208 or 240 V AC 2) tel

550 × 600 × 680 mm Hat-Top in near and near Gaussian in far fields Hat-Top 154 × 160 × 128 mm for H300S or H300ST units nia a 154 × 210 × 128 mm for H300SHC or H300STH units NL301G 4 mJ 20 Hz 60 mJ 20 mJ 90 mJ 220 mJ thu Li , ius Viln Measured over an 8 hour period when over an 8 hour period when Measured with photodiode featuring FWHM measured Relative to SYNC OUT pulse. than ± 2 °C. the page 68 for more detailed information. the page 68 for more With H300SH and H400FHC harmonics With H300SH and H400FHC harmonics module. generator With H300FiHC harmonics selection guide on the page 68 for more selection guide on the page 68 for more 500 ps rise time and 300 MHz bandwidth 500 ps rise time and 300 MHz bandwidth oscilloscope. generator modules. See harmonics generator generator generator modules. See harmonics detailed information. See harmonics generator selection guide on guide on generator selection See harmonics ambient temperature variation is less variation is less ambient temperature Averaged from 300 pulses. from Averaged <1.8 kVA 8) 6) 9) 5) < 6 l/min 10) 7) -02300 -02300 lt 5 mJ 10 Hz 70 mJ 25 mJ 100 mJ 240 mJ 330 × 490 × 585 mm . 237, 237, . AV

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17) 19) 10)

13) 15) La ond sers 9) tions 3) 4) 5) 6) 11) 8) TING REQUIREMENTS at 266 nm at 213 nm at 355 nm at 532 nm at 1064 nm at 532 nm at 355 nm at 266 nm at 213 nm at 1064 nm ater consumption (max 20 °C) ater NL301G and NL303G lasers have beam profile NL301G and NL303G lasers have beam profile Due to continuous improvement, all all Due to continuous improvement, notice. The parameters marked typical are not not notice. The parameters marked typical are performance and will vary with each unit we manufacture. Unless stated otherwisewe manufacture. all With H300STH and H300ST harmonics With H300STH and H300ST harmonics With H300SH, H300S or H300SHC harmonics With H300SH, H300S or H300SHC harmonics specifications are subject to change without subject to change without specifications are of typical indications specifications. They are at 1064 nm. measured specifications are selection guide on the page 68 for more selection guide on the page 68 for more selection guide on the page 68 for more selection guide on the page 68 for more optimized for OPO pumping. generator modules. See harmonics generator generator generator modules. See harmonics detailed information. generator modules. See harmonics generator generator generator modules. See harmonics detailed information. Harmonic generator unit unit generator Harmonic sizes (W × L × H) Umbilical length W OPERA Polarization Optical pulse jitter Power consumption Power Beam pointing stability Beam divergence Beam divergence Pulse energy stability (StdDev) (StdDev) stability Pulse energy Beam height STICS TERI ICAL CHARAC PHYS Laser head size (W × L × H) supply unit Power cooled version) (W × L × H) (water supply unit Power (air cooled version) (W × L × H) Power drift Power Power requirements requirements Power Ambient temperature humidity Relative Model rate Pulse repetition Pulse energy: Linewidth Beam profile Pulse duration Typical beam diameter beam diameter Typical 2) 4) 3) 1) c Nanose Specifica 66 Picosecond Lasers Picosecond Tunable Systems NNanosecondanosecond Lasers Nanosecond Tunable Lasers High Energy Lasers Ultrafast Fiber Lasers Other Ekspla Products Specifica Nanosec Savanor iu Typical beamdiameter Pulse duration Beam profile Linewidth Pulse repetition rate Model (air cooledversion)(W×LH) Power supplyunit (water cooledversion)(W×LH) Power supplyunit Laser headsize(W×LH) PHYSICAL CHARACTERISTICS Beam height Beam divergence Beam pointingstability Power consumption Power drift Optical pulsejitter Polarization W OPERA Umbilical length Pulse energy stability(StdDev) Pulse energy: sizes (W×LH) Harmonic generator unit Power requirements Relative humidity Ambient temperature ater consumption(max20°C) at 213nm at 266nm at 355nm at 532nm at 1064nm at 1064nm at 266nm at 355nm at 213nm at 532nm TING REQUIREMENTS

AV . 237, 8) 11) 6) 5) 4) 3) tions 9) lt sers ond La -02300 15) 13)

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+370 5 2649629 <1.8 kVA <8 l/min 135 mJ 210 mJ 500 mJ 10 mJ 50 mJ 10 Hz

fax NL303G

+370 5 2641809 154 ×210128mmforH300SHCorH300STHunits 154 ×160128mmforH300SorH300STunits Hat-Top innearandGaussianfarfields 550 ×600680mm 2) 208 or240VAC, singlephase50/60Hz 154 ×290128mmforH300FHCunit <12 l/min

<3.4 kVA e 120 mJ 190 mJ 450 mJ 35 mJ 20 Hz -mail 7 mJ 20–80 %(non-condensing)

330 ×490585mm 154 ×475128mm sa les@e vertical, >90% vertical, 50 µradrms <0.5 nsrms <0.5 mrad 15–30 °C <1 cm⁻¹ ~8 mm ns 3 –6 68 mm kspl 2.5 m 3.5 % 1.5 % ±2 % 6 % 3 % 1 % a.c 330 ×490585mm o m

www. <1.8 kVA <8 l/min 240 mJ 360 mJ 800 mJ 13 mJ 80 mJ 10 Hz e kspl a.c o NL303HT m nL300

550 ×600680mm DANGE VISIBLE AND/OR INVISIBLE LASER RADIATIO REFLECTED OR SCATTERED RADIATIO AVOID EYE OR SKIN EXPOSURE TO DIRECT Nd:YAG 1064 nm, 532 nm, 355 nm, 266 nm, 213 nm. Max. 700 mJ, pulse 3 ns CLASS IV LASER PRODUCT <12 l/min <3.4 kVA 210 mJ 310 mJ 700 mJ 10 mJ 60 mJ 20 Hz

series R N N 67

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a.c

kspl th e series Notes

www.

Should be used Should be used with H300SH Should be used with H300TH or H300STH Should be used with H300SH Recommended Recommended use with to H300STH Should be used with H300SH Should be used Should be used with H300SH Should be used with H300SH Should be used with H300SH m o a.c kspl No No No No No No No No No No Yes Yes Yes : in : modules described xtension th th possible? E @e les nL300 sa

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mm ×L×H, W×L×H, imensions Dimensions 154×210×128 154×210×128 154×210×128 154×350×128 154×350×128 154×160×128 154×290×128 154×160×128 154×210×128 154×160×128 154×210×128 154×210×128 154×160×128 +370 5 2641809 5 +370

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s module – a cost-effective C – a cost-effective a) H300STH+H300ST+H300FH C+H300FHC – a slightly b) H300SH+H300S+H300TH utput Output solution. The 266 nm and 532 nm beam specifications solution. The 266 nm in the NL300 the values to relative will be 15% lower series brochure. adhering solution with output values expensive more to those in the NL300 series brochure. to for all wavelengths up to the 4 up to for all wavelengths 6. For attenuators all harmonics including 4 4. For all harmonics including all harmonics including 5 5. For all harmonics including s tor pulse energy energy pulse specifications Transmission Transmission in 5-90% range at 1064 nm Transmission in 5-90% range at 532 nm Transmission in 5-90% range at 355 nm Transmission in 5-90% range at 266 nm See NL300 See NL300 specifications for 213 nm beam See NL300 See NL300 specifications for 355 nm beam See NL300 specifications for 266 nm beam See NL300 See NL300 specifications for 532 nm beam See NL300 specifications for 532 nm beam N/A See NL300 specifications for 355 nm beam N/A N/A a C module. #4 plus the H300FiH paragraph harmonic: H300SH+H300A2+H300TH+H300A3+H300A4 harmonic: modules. +370 5 2649629 5 +370

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and thu Li , ius Viln utput portsOutput tor tor -02300 -02300 a lt Port 1: 1064 nm beam Port 1: 532 nm Port 532 nm 2: residual Port 1: 355 nm Port 355 nm 2: residual Port 1: 266 nm Port 266 nm 2: residual Port 266 nm Port 1: 355 nm Port 532 nm 2: residual Port 1: 266 nm Port 532 nm 2: residual Port 1: 213 nm Port 1064, 532 & 2: residual Port Port 1: 532 nm Port 1064 nm 2: residual Port 1: 532 nm Port 1064 nm 2: residual Port 1: 1064, 532 & 355 nm Port 1: 355 nm Port 1064 & 2: residual Port 532 nm 1: 1064, 532 & 355 nm Port Port 1: 1064, 532 nm Port . 237, 237, . AV

: : H300SH+H300S+H300FHC Guide

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C module. output only: the H300SH harmonics harmonics Description th rd La ond sers ttenuator and beam and beam ttenuator and beam ttenuator ttenuator for for ttenuator 1064 nm beam A for 532 nm beam separator A for 355 nm beam separator Fourth generator, harmonic and beam sepa-rator for 266 nm beam attenuator A 355 nm beam separator Fourth generator harmonic with 266 nm beam separator Fifth generator harmonics with 213 nm beam separator nm with 355 nm generator beam separator 532 nm beam separator generator Second harmonic with 532 nm beam separator generator harmonic Third harmonic Third harmonics Second and third generator Second harmonic generator Second harmonic and 4 harmonics and 3 nd nd nd b) H300STH+H300ST – a cost-effective solution not solution – a cost-effective b) H300STH+H300ST – for SH and TH output C – for SH and TH output a) H300SH+H300S+H300TH requiring the replacement of modules when changing modules when changing of the replacement requiring versa. The 355 nm beam and vice a 532 nm to from be 15% lower will, however, 532 nm beam specification due in the NL300 series brochure the values to relative extra components in the beam path. to as specified in the NL300 series brochure. as specified in the NL300 2. For 2 1. For 2 3. For 2 Module H300A2 H300A3 H300A4 H300A1 H300ST H300FHC H300FiHC H300S H300SHC H300TH H300THC H300STH H300SH c Nanose gener Harmonics al Option modules. Selection Modules The following are suggested optimal configurations of H300 series modules for various output wavelengths: various for H300 series modules of optimal configurations suggested are The following 68 Picosecond Lasers Picosecond Tunable Systems NNanosecondanosecond Lasers Nanosecond Tunable Lasers High Energy Lasers Ultrafast Fiber Lasers Other Ekspla Products Ordering informa Outline Options Nanosec Savanor iu

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128 ▶ ▶ ▶ Attenuator options allowasmoothchangeof laserpulseenergy, whileotherlaser Harmonics generator options – anextensive selectionof harmonics generators Option -A Fig 1. G HT Beam profile: divergence andprofile remain thesame. up to 5thharmonics. pulse parameters, suchaspulseduration,jitter, pulse-to-pulse stability, beam be installedinorder to keep room temperature stable. 10 50 NL303G → forOPOpumping → "hattop" Typical NL300serieslaserheadoutlinedrawing

fax Ø8 W –air-cooled power supplyoption.Anadequate airconditionershould

+370 5 2641809 Pulse repetition rate inHz NL303G-10-A Model 350 498 475

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generator modules Options: Optional harmonic and otheraccessories kspl heatexchanger → water-air a.c o m 154 68

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series 69

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