nL230 The NL230seriesdiode-pumped 100 mJ atHzorupto 140mJat 30 Hzpulserepetition rate. Diode cavity opticaldesignfeatures a Q-switch, themaster oscillator Q-switched produce upto and are targeted forapplications an estimated per eightworking hours Nanosec sensing, OPO, Ti:Sapphire ordye such asmaterial ablation,remote variable‑reflectivity outputcoupler, generates short durationpulses generates short day). Thetypicalpumpdiodelifetime giving alow-divergence laserbeam. in the5 is more than1billionshots. used forlasercooling,eliminatingthe pumping. Dueto anelectro‑optical high-intensity, high-brightnesspulses period of time(more than3yearsfor pumping allowsmaintenance-free reducing runningcosts. need forexternal coolingwater and NL120 ▪ NL200 ▪ NL220 ▪ NL230 ▪ NL300 ▪ NL303D laser operationforanextended Savanor iu A closed-loopTECbased chilleris Lasers areLasers designedto produce features compact designandstable OEM versionof NL230serieslaser –

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series +370 5 2649629 The remote pad allowseasycontrol The harmonics separation system is Alternatively, thelasercanbe ngle-tuned non-linear crystals Angle-tuned non-linearcrystals controlled from computer apersonal can becontrolled viaauser software. LabVIE via suppliedWindows™compatible the separate outputports. harmonic generation. third orfourth even through lasersafetyeyewear. of allparameters andfeatures a designed to ensure radiationwitha included witheachlaserinstallation package. remote control pad oraUSBinterface. backlit displaythatiseasyto read high spectralpurityandto direct itto heaters are usedforoptionalsecond, mounted intemperature stabilized For customer convenience thelaser

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www. fe APPLICA ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ e firing soundfiring Quiet operation: no more flashlamp coupler for low-divergence beam Variable output reflectivity ns range 5 –9 pulse duration in the Short 0...50Hzrangefeaturing isavailable Variable repetition rate version Up to energy Up to lifetime >1 Gshot Diode-pumped, typical diode Photo acousticPhoto imaging ) LIBS (Laser-induced Breakdown Medical Interferometry) ESPI (Electronic Speckle Pattern Spectroscopy) LIBS (LightInduced Breakdown Image Velocimetry)PIV (Particle LIF (Light Induced Fluorescence) And Ranging) Detection (Light LIDAR Remote Sensing Mass Spectroscopy TFT-LCD Repair pumping OPO, Ti:Sapphire and generators second, harmonic third and fourth Optional temperature-stabilized drivers with supplied LabVIEW™ PC via USB (RS232 optional) port Remote control via keypad and/or Q-switched Lasers DPSS Nd:YA High PulseEnergy a kspl tures a.c 100 Hz pulse repetition rate 150 mJ at 1064nm pulse o m TIONS G

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www. 10 mJ 50 mJ 35 mJ 100 Hz

100 mJ NL233 m < 0.8 mrad o CLASS IV LASER PRODUCT PRODUCT LASER IV CLASS Max. 140 mJ, pulse 5-9 ns 5-9 pulse mJ, 140 Max. Nd:YAG 1064 nm, 532 nm, 355 nm, 266 nm 266 nm, 355 nm, 532 nm, 1064 Nd:YAG N RADIATIO SCATTERED OR REFLECTED AVOID EYE OR SKIN EXPOSURE TO DIRECT TO EXPOSURE SKIN OR EYE AVOID VISIBLE AND/OR INVISIBLE LASER RADIATIO LASER INVISIBLE AND/OR VISIBLE DANGE a.c kspl @e les nL230 sa

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<1 kVA Hat top <1 cm⁻¹ 18 – 27 ºC air cooled fax <0.5 ns rms linear, >95 % linear,

< 50 μrad rms 190 × 305 × 165 mm 365 × 392 × 289 mm , single phase, 50/60 Hz 240 V AC 20 – 80 % (non-condensing) 50 Hz 15 mJ 70 mJ 35 mJ – 150 mJ NL231 <0.8 mrad +370 5 2649629 5 +370 100

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nia a 50 Hz pulse repetition rate version rate version 50 Hz pulse repetition – 4 mJ thu Li , ius Viln <5 % <5 % 4 mm 12 mJ 20 mJ 50 mJ <10 % <10 % 100 Hz <3.5 % <3.5 % <1.5 % <1.5 % 7 – 9 ns NL230 for NL231 model is available. Please contact for NL231 model is available. Please contact Beam diameter is measured at 1064 nm at the at 1064 nm at the Beam diameter is measured Respect to SYNC OUT pulse. rating can be calculated by current Required Measured over 8 hours period when ambient over 8 hours period when ambient Measured with photodiode featuring FWHM measured at the 1/e² level. Full angle measured 300 shots. from RMS value measured EKSPLA for specifications. value. temperature variation is less than ± 2 °C. temperature Cooled by build-in chiller. 500 ps rise time and 300 MHz bandwidth 500 ps rise time and 300 MHz bandwidth dividing power rating value by mains voltage dividing power rating value by mains voltage oscilloscope. Variable 0 Variable 1/e² level. <1 mrad 8) 6) 9) 11) 12) 13) 14) 10) 7) -02300 -02300 lt . 237, 237, . AV

5) iu nor Sava 10) 1) 11) 6) 14) 12) 9) La ond sers 8) tions 2) 3) 4) 7) 13) TING REQUIREMENTS at 355 nm at 266 nm at 532 nm at 1064 nm at 1064 nm at 355 nm at 532 nm at 1064 nm at 266 nm harmonics generator selection guide on the guide on the generator selection harmonics guide on the generator selection harmonics 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 page 63 for more detailed information. page 63 for more detailed information. page 63 for more we manufacture. Unless stated otherwisewe manufacture. all With H300SH, H300S or H300SHC module. With H300SH, H300S or H300SHC module. With H300STH and H300ST harmonics With H300SH and H400FHC harmonic 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 63 for more selection guide on the page 63 for more detailed information. generator modules. See NL230 series generator modules. See NL230 series See NL230 series harmonics generator generator See NL230 series harmonics Averaged from 300 pulses. from Averaged Polarization Polarization beam diameter Typical Power drift Power Pulse to pulse energy stability (rms) stability (rms) energy pulse Pulse to Optical pulse jitter Optical pulse jitter Cooling STICS TERI ICAL CHARAC PHYS Laser head (W × L × H) supply unit (W × L × H) Power Umbilical length OPERA Pulse duration Model Pulse energy Linewidth Beam profile Beam divergence Power consumption Power Ambient temperature humidity Relative requirements Power Beam pointing stability Pulse repetition rate rate Pulse repetition 5) 2) 4) 3) 1) c Nanose Specifica 62 Picosecond Lasers Picosecond Tunable Systems NNanosecondanosecond Lasers Nanosecond Tunable Lasers High Energy Lasers Ultrafast Fiber Lasers Other Ekspla Products Optional Harmonics generator and attenuators modules The followingare suggested optimalconfigurations of H300seriesmodulesfor various output wavelengths: Modules Selection modules. Nanosec Savanor iu H300A1 H300FHC H300ST H300STH H300THC H300TH H300SHC H300S H300SH H300A4 H300A3 H300A2 Module 3. For2 1. For2 2. For2 to extracomponentsinthebeampath. relative to thevalues intheNL230seriesbrochure due 532 nmbeamspecificationwill,however, be15%lower from a532nmto 355nmbeamandviceversa.The requiring thereplacement of moduleswhenchanging as specifiedintheNL230seriesbrochure. a) H300SH+H300S+H300THC–forSHandTHoutput b) H300STH+H300ST–acost-effective solutionnot

AV nd nd nd . 237, and4 and3 harmonics A beam separator generator with266 nm harmonic Fourth separator 355 nmbeam harmonics generator Second andthird beam separator generator with355 nm Third harmonic generator Third harmonic beam separator generator with532 nm Second harmonic separator 532 nmbeam generator Second harmonic for 266nmbeam rator andattenuator generator, beamsepa- harmonic Fourth beam separator for355nm A beam separator for532nm A 1064 nmbeam ttenuator for ttenuator andbeam ttenuator andbeam lt sers ond La Description -02300 th rd harmonics harmonics Vilnius, Lithu outputonly:theH300SHCmodule. Guide

: H300SH+H300S+H300FHC : a nia Port 2:residual 532nm Port 2:residual 532nm Port 2:residual 1064&532nm Port 2:residual 1064nm Port 2:residual 1064nm Port 1:266nm Port 1:355nm Port 1:1064,532&355nm Port 1:355nm Port 1:1064,532&355nm Port 1:532nm Port 1:532nm Port 1:1064&532nm Port 2:residual 266nm Port 2:residual 355nm Port 1:266nm Port 1:355nm Port 2:residual 532nm Port 1:532nm Port 1:1064nmbeam

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+370 5 2649629 Output ports

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+370 5 2641809

modules. harmonic: H300SH+H300A2+H300TH+H3003+H3004 for 266nmbeam specifications See NL230 for 355nmbeam specifications See NL230 for 355nmbeam specifications See NL230 for 532 nmbeam specifications See NL230 for 532nmbeam specifications See NL230 N/A N/A N/A at 266nm in 5-90%range Transmission at 355nm in 5-90%range Transmission at 532nm in 5-90%range Transmission at 1064nm in 5-90%range Transmission e specifications pulse energy -mail 5. Forattenuators forallwavelengths upto the4 4. Forallharmonicsincluding4 to thoseintheNL230seriesbrochure. more expensive solutionwithoutputvalues adhering series brochure. will be15%lower relative to thevalues intheNL230 solution. The266nmand532beamspecifications Output

sa b) H300SH+H300S+H300THC+H300FH–aslightly a) H300STH+H300ST+H300FHC–acost-effective les@e

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a.c o W×L×H, mm 154×290×128 154×160×128 154×210×128 154×210×128 154×160×128 154×210×128 154×160×128 154×160×128 154×350×128 154×210×128 154×210×128 154×210×128 Dimensions m

www. e kspl a.c o m nL230 E possible? th xtension xtension : Yes Yes Yes No No No No No No No No No H300SH used with Should be H300STH to usewith Recommended H300SH used with Should be H300SH used with Should be H300SH used with Should be H300SH used with Should be H300STH H300TH or used with Should be H300SH used with Should be

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s 200 305 325 P3.area 2.358455 mV 2.355738 mV 2.277066 mV 2.409653 mV 16.89196 pV 4.697 × 10³ +370 5 2649629 5 +370

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P2.width 5.507 ns 5.482 ns 5.167 ns 5.970 ns 81.27 ps 4.697 × 10³

68 and other accessories Optional harmonic Optional harmonic generator modules modules generator 8 thu Li , ius Viln Model NL230-H300SH-H300THC -02300 -02300 lt 72.011 ns 72.044 ns 71.456 ns 72.552 ns 156.11 ps 4.697 × 10³ . 237, 237, . 250 AV X axis

Typical Typical 80 NL230 laser typical near field beam profile P1.ddelay Measure value mean min max sdev num tion Fig 4. NL230 series laser head outline drawing iu nor Sava NL230 laser pulse waveform Fig 1. Y axis wings a La ond sers Dr mance c Nanose rdering informa Ordering Outline Perfor 64 Picosecond Lasers Picosecond Tunable Systems NNanosecondanosecond Lasers Nanosecond Tunable Lasers High Energy Lasers Ultrafast Fiber Lasers Other Ekspla Products