Ultrafast Laser Systems & amplifiers, OPA フェムト秒 / ピコ秒レーザシステム & 光パラメトリック増幅器 (OPA) オシレータ (18W) p 5354 (5-12W) p 5354 コヒレント社のウルトラファーストレーザシステムは 世界中の幅広い研究分野でご愛用いただいています その 理由は コヒレント社が励起光源 オシレータ OPA 等の全てを 1 社で提供できるメーカであり お客様の研究の多様性が進み システム拡張が必要になった際にも最適な提案ができるからです 豊富なラインアップより最適なモデルをお選びください Vitara p 39 Vitesse p 4 Chameleon p 41 Mira-HP (fs/ps/dual) p 43 Mira-9 (fs/ps/dual) p 43 Vitara p 39 同期安定化制御器 Synchrolock-AP パルス幅制御器 Pulse Compressors CPC-II 位相安定化装置 CEP スタビライザー 繰返周波数制御器 Pulse Picker 高調波発生器 Harmonic Generators 同期波長変換器 Mira-OPO Vitesse p 4 Mira-OPO DFG 同期波長変換器 Chameleon Compact OPO p 46 p 4 p 44 p 42 Chameleon p 41 (18W) p 5354 Mira-HP (fs/ps/dual) p 43 同期安定化制御器 Synchrolock-AP パルス幅制御器 Pulse Compressors SPO-I, SPO-II, CPC-II, LPO-GTI 繰返周波数制御器 Pulse Switch (Mira-9 用 ) 繰返周波数制御器 Pulse Picker 高調波発生器 Harmonic Generators 同期波長変換器 Mira-OPO Mira-OPO DFG (5-12W) p 5354 Mira-9 (fs/ps/dual) p 43 p 46 p 4345 p 46 p 44 Legend Elite HE+ (1,5, or 1 khz) Evolution p 54 p 47 Legend Elite Duo HE+ (1,5, or 1 khz) Evolution p 54 p 48 + シングルパスアンプ Legend Cryo PA (1,5, or 1 khz) Evolution p 54 p 49 マルチパスアンプ Hidra (1 Hz) 光パラメトリック増幅器 (OPA) 高調波発生器 アクセサリ Legend/Libra/Hidra 用 OPA OPerA Solo p 51 SHBC/TOPAS-4/ TOPAS-Prime HE-TOPAS-Prime HE-TOPAS-Prime Plus p 51 Legend/Libra/Hidra 用高調波発生器 Harmonic Generator system (HGS) p 5 Nd:YAG (1 Hz) p 49 + マルチパスアンプ 位相安定化装置 CEP スタビライザー p 48 パルス幅計測器 シングルショットオートコリレータ (SSA) p 5 p 5354 p 52 RegA ( シングルショット 3 khz) RegA 用 OPA オシレータ & 一体型タイプ Libra (1,5, or 1 Hz) Vitesse Evolution p 4 p 54 p 5 OPA 94/945 /98/985 p 52 DFG 98/985 p 52 CW 発振 ナノ秒パルス発振 励起光源オシレータアクセサリ 37 http://www.coherent.co.jp/ 38
/ Vitara TiSapphire Vitara-CEP CEP Vitara Vitara Carrier-Envelope PhaseCEP CEP Vitara THz - Vitara-T3 nm 125 nm - 1 fsvitara-ubb.5% rms1 Hz 1 MHz OPSL G OPSLP11 GP53 PowerTrack TM Vitara-T - 12 fs - Vitara-T-HP - 93 mw - 15 fs - Vitara-S - 8 nm Vitara-UBB - 2 nm - 1 fs - 8 nm CEPVitara-CEP 2SHG SynchroLock AP CPC-II Vitara-T Vitara-T-HP Vitara-S Vitara-UBB mw 525 93 6 nm mw 45 85 mw 425 8 1 55 nm 3 125 @ FWHM 4 1 @ FWHM 7@ FWHM 18 22 @ 1 db CPC-II nm 755 86 765 81 6 nm nm 765 84 775 825 1 nm nm 79 82 795 85 fs 12 15 2 1 fs 215 1 Hz 1 MHz % rms.5.15.1 %.5.75.5 MHz 8 TEMM 2 1.3 mrad 1 1.5 1 LxWxH mm 69.6 x 427.5 x 162.4 8 fs CPC- 1 m X vs Vitara-T-HP mw 7 6 5 4 3 2 1 Vitara-UBB 1 2 3 4 5 6 7 8 9 1 11 Carrier Envelop PhaseCEP Vitara-TCEP CEP Vitara-CEP mw 2Vitara MHz 7 9 SN db 31 khz 1/4 Vitesse VitesseTiSapphireTiS VTiS NDM 1 fs75 mw @ 8 nm AAALD RegALegend Elite 532 nmvitesse Duo-1 Vitesse 8-2 Vitesse 8-5 Vitesse Duo-1 mw 2 75 1 nm 81 nm 1 fs 1 MHz 8 2 h % 1 1 Hz 1 MHz % rms.1 M 2 1.2 LxWxH mm 566 x 33 x 174 SN Vitara-TVitara-CEP SN db 6 55 5 45 4 35 3 25 2 15 1 5 THz Vitesse Duo-1 25 khzrega 39 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 4
/ Chameleon Chameleon Compact OPO / OPO-Vis Chameleon OPO OPO-Vis TiS 68 18 nm Chameleon Compact OPO/OPO-Vis 68 38 nm Chameleon Ultra II 16 175 nm 68 38 nm Chameleon Ultra IIChameleon Compact OPO 16 nm 175 nm Chameleon Ultra II3.5W @ peak 4 nm/s SHG/THGOPO W Chameleon Vision lll 3.5 3. 2.5 2. 1.5 1..5 65 7 75 8 85 9 95 1 15 11 nm kw Chameleon Vision-S Chameleon Vision 5 45 4 35 3 25 2 15 1 5 nm OPO THz Chameleon Compact OPO/OPO-Vis Mira-OPO SHG/THG/FHG 65 7 75 8 85 9 95 1 15 11 Chameleon PreComp CPC 2 Chameleon Vision ChameleonOPOFanned PP UV Chameleon Ultra II68 nmopo-vis34 nm 38 nm USBRS-232 Chameleon68 18 nm Chameleon Compact OPO 2 Chameleon Ultra II Chameleon Vision II Chameleon Ultra ll Compact OPO nm 1 16 1 135 nm 74 88 76 88 mw @ peak 7 fs 2 mrad.5 MHz 8 LxWxH mm 52 x 369 x 158 with Idler Option nm 175 4 Idler mw 1 @ peak with Max IR Option % 15 Chameleon Compact OPO-Vis 2 OPO OPO Chameleon Ultra II Chameleon SHG Chameleon Ultra II OPO Chameleon SHG OPO SHG nm 68 18 34 54 74 88 1 16 37 44 5 8 @ peak mw 35 1 5 7 1 11 fs 14 2 14 2 MHz 8 LxWxH mm 768 x 369 x 158 Vision I Vision II Vision-S ChameleonSHG2 nm 69 14 68 18 69 15 W @ peak 2.5 3 2.5 fs 2 43, @ 69 nm 47, @ 68 nm 43, @ 69 nm nm/s 35 4 25 fs 14 75 1 Hz 2 MHz % rms.15 %.5 GFP Chameleon PreComp Chameleon TEMM 2 1.1 TEM MHz 8 LxWxH / cm Vison I/II78 x 37 x 19 / 52 kgvison-s8 x 37 x 19 / 52 kg Chameleon PreCompMPE Chameleon UltraPC Chameleon Ultra Ultra Ultra I Ultra II nm 69 12 69 14 68 18 W @ peak 2.5 2.9 3.5 nm/s 35 4 fs 14 1 Hz 2 MHz % rms.15 %.5 TEMM 2 1.1 MHz 8 LxWxH / cm 65.1 x 37 x 19 / 42 kg Chameleon Chameleon PreComp nm 68 18 % 9 fs 2-23, LxWxH mm 464 x 313 x 18 mm 124 x 155 x 82 41 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 42
/ Mira Mira Optima 9 / Mira-HP Mira-OPO MiraChameleon TiSapphire Mira-HP fs/psopo MiraKerrKLM TiSapphireTiSPP 7 fs1 ps TiS35 nm 2 m 18WMira-HPF P KTP D CTA 5 mwtis 7 fs1 ps TiS X-wave Optics 55 75 nm1 4 nm -Lockps Mira-HP-F3.5W 8 nm CW Mira Optima Mira-HP 1 m 3 X Mira PP Auto Bulk KTP Bulk CTA Mira- OPO 35-5SHG 7-1 55-75 1-16 175-4 525-66 15-132 22-3 135-16 16-19 4-2 1 1 1 nm SHG Signal Idler DFG * - F - P - D Mira Optima 9-F Mira Optima 9-P SPO-1SPO-2 LPO-GTI Mira-OPO SHG/THG/FHG CPC- Pulse Picker 92 Synchro-Lock AP Pulse Switch Cavity Dumper Mira-OPO PP Automatic Periodically Poled Crystal OPO StandardKTP Fixed Period Standard Poled Fan CrystalCTA Variable Period-Fan-Poled SHG SHG 83 nm 83 nm & 775 nm 83 nm 83 nm & 775 nm 74-88 nm 74-88 nm VIS-S1 VIS-S2 IR-S1 IR-S2 VIS-FAN IR-FAN Mira HP-F Mira HP-P Mira/Mira-HP V6 18 G5 18 Bulk Bulk Crystal OPO KTP CTA SHG VIS-1 IR-1 IR-3 F PD / X-wave optics Mira Optima Mira HP 9-F 9-P 9-D -F -P -D - G5 W @ 8 nm.75 - G8 W @ 8 nm 1. - G1 W @ 8 nm 1.4 - G12 W @ 8 nm 1.6 - G18 W @ 8 nm 3.54 3.3.2 115 fs 2 ps 2 ps/115 fs 13 fs 2 ps 13 fs/2 ps MHz 76 nm 7 1 % 3 1 Hz 2 MHz %rms.1 mrad 1.7 1.5 / F P TEMM 2 1.1 PP-Automatic VIS-S1 VIS-S2 VIS-FAN-74-88 IR-S1 IR-S2 IR-FAN-74-88 SHG Signal SHG nm 55 75 55 75 Signal nm 11 16 1 16 11 16 1 16 Idler nm 175 33 175 4 175 33 175 4 nm 83 775 or 83 74 88 83 775 or 83 74 88 Mira HP-F G18 mw 5@ 6 nm fs5, ps4 @ 6 nm 55 @ 13 nm 65 @ 11 nm Mira 9F G1 mw 15@ 6 nm 18 @ 13 nm Mira 9F G5 mw 4@ 6 nm 6 @ 13 nm fs65, ps52 @ 11 nm 25 @ 11 nm 75 @ 11 nm fs ver./ps ver. 2 fs13 fs/ 1.6 ps 1.4 ps Time-bandwidth Product.6 MHz 769 MHz mw HP7 LP5 1 Hz 1 MHz %rms.5 TEM mrad 1. Bulk 43 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 44
/ SHG / THG / FHG MiraChameleonVitara Synchrolock-AP MiraVitara 2/3/4 MiraChameleonVitara VitaraMira LINAC / 8 nm High Power SHG SHG only Standard SHG THG Standard SHG FHG-1 SHG of SHG Standard SHG FHG-2 Mixing fundamental & THG SHG, THG, FHG-1 Mira HP-F, 18W 4% / 1.4W 25% / 875 mw 9% / 315 mw Mira HP-P, 18W 16% / 48 mw 15% / 45 mw 6% / 18 mw Mira 9-F, 1W 4% / 56 mw 2% / 28 mw 1% / 14 mw 4% / 45 mw.1% / 1.6 mw Mira 9-P, 1W 15% / 21 mw 1% / 14 mw 4% / 56 mw Mira 9-F, 5W 4% / 3 mw 2% / 13 mw Mira 9-P, 5W 2% / 15 mw.8% / 5 mw nm 68 18 84 92 76 84 nm 34 54 227 36 21 23 19 21 CPC- Chirp MiraVitesseVitaraChameleon 25 fs rms.2 16 Hz 76 MHz Observed Jitter Between Two Synchronized ps-miras SFG-signal (a.u.) 7 6 5 4 3 2 1-1 cross =2.6 ps -5 5 delay (ps) relative jitter (ps) 2. 1.5 1..5 -.5-1. -1.5 jitter =55 fs [RMS;.2 Hz 1 khz] -2. 2 4 6 8 1 12 time (sec) Pulse Switch Cavity Dumper MiraAO 2 Synchro- Lock AP Master Mira/Vitara Mira/Vitara Synchro- Lock AP Slave Slave Mira/Vitara 1 2 1 Mira CPC-II Mira fs 1 Vitara fs 12 @ 125 nm 15 @ 1 nm 25 @ 5 nm 4 @ 3 nm Vitesse Chameleon Pulse Picker MiraVitesseVitaraChameleon 2 Hz 9 MHz 9 MHz Mira 9-F Mira 9-P nj 4 @ 5 khz 451 khz 3 @ 5 khz 65 @ 1 khz 755 khz FWHM 15 fs12 fs 2 ps 71 99 nm 8W or 1 W 71 9 nm 5W or 6W 51for non-adjacent pulses 9 MHz 2 Hz 4 MHz 2 Hz down to Mira 9-D 4.5W 8 nm nj 12 1 8 6 4 2.1 1 1 1 1 1, 1, khz A-O76 MHz8 MHz9.5 khz 4.75 MHz 2A-O Mini / Pulse Check / Scope / Carpe TeO2 Cell SiO2 Cell 51 11 6% 5% Mini Pulse CheckScope Carpe 45 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 46
/ Legend Elite TiSapphire Legend Elite E-2 Engine BandMax 25 fs Legend Elite Duo HE+.35% rms, 24 h Near-Field Legend Elite Duo HE+ USP.5% rms Duo HE+ 12 mj HE+M 2 1.3 11 pre-pulse Vitarap39 Vitessep4 Mirap43 Chameleonp41 Evolutionp54 Legend Elite HE+ P I Legend Elite Duo HE+ - F - II USP III USX HGS SSA Legend Elite Cryo PA Hidra OperA Solo Legend Elite Duo HE+ USX/P III TOPAS-Prime Legend Elite Duo HE+ nm 8 khz 1, 5 or 1 11 pre-pulse, 11 post-pulse 24h % rms.5 24h rad rms 1 TEMM 2 1.35-M 2 1.5 LxWxH cm 156.41 x 94.93 x 26.19 USX USP F P FWHM fs 25 35-/4 13 5 15 -I -II -III mj/pulse Evolution-HE Evolution-HE + Evolution-3 Evolution-HE + Evolution-45 8. @ 1 khz 1. @ 1 khz 12. @ 1 khz 2.5 @ 5 khz 3. @ 5 khz 1. @ 1 khz 1.2 @ 1 khz Legend Elite Duo HE+ -USX- 1 W @ 1 khz 25 fs USXP Legend Elite HE+.11% rms, 72 h.27% rms, 24 h Legend Elite CEP CEP Legend Elite Legend Elite CEPVitara-CEP mj *f-2f Legend Elite HE+ nm 8 khz 1, 5 or 1 11 pre-pulse, 11 post-pulse 24h % rms.5 24hrad rms 1 TEMM 2 1.3 LxWxH cm 156.41 x 68.47 x 26.19 Legend Elite HE+-USP-II 4.W @ 1 khz 35 fs USPXUSPCEP 25 fs35 fs CEP2 mrad rms, 1 shots, 1 hour CW CEP1 Legend Elite CEP6 USX USP F P FWHM fs 25 35 13 5 15 nm 77 845 -I -II -III Evolution-15 Evolution-3 Evolution-45 1. @ 1 khz 4. @ 1 khz 5. @ 1 khz mj/pulse.3 @ 5 khz.8 @ 5 khz 1.2 @ 5 khz.1 @ 1 khz.4 @ 1 khz.6 @ 1 khz Vitara-CEPp4 Evolutionp54 *f-2f 1 SHG CEP CEPrad 47 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 48
/ Legend Elite Cryo PA TiSapphire Legend EliteLibra Libra Legend Elite Cryo PALegend / Libra 15W @ 1 khz 15 mj @ 1 khz LibraVitesseEvolution Libra-HE1 khz3.5 mj 5 fs1 fs 117.5 mj1 khz X THz Legend Elite p47 Librap5 Evolution-3Evolution-HEp54 Legend Elite Cryo PA nm 8 khz 1, 5, 1 mj Options to 2 FWHM fs USX3 USP4 8 h % rms.75 6, % rms 1. W TEMM 2 1.45 5. mj @ 1 khz 5 fs*1 fshe+4 fs TEMM 2 1.3 Libra Libra-HE Libra-HE nm 8 khz 1, 5, 1 1 FWHM F fs 1 USP fs 5 4 mj 1. @ 1 khz 4. @ 1 khz 5. @ 1 khz.3 @ 5 khz.8 @ 5 khz.15 @ 1 khz.4 @ 1 khz 11 pre-pulse, 11 post-pulse 8h % rms.5 TEM M 2 1.3 LxWxH mm 1255.7 x 89.8 x 261.9 Harmonic Generator SystemHGS OPA HGS SSA OperA Solo Legend Elite Cryo PA Hidra TOPAS-Prime Vitesse 8-2p4 Vitara-Sp39 Evolution-15p54 Evolution-3p54 Evolution-45p54 Legend EliteLibra Hidra Legend EliteLibra TiSapphire Hidra+ SHG THG FHG HGS-D HGS-T HGS-F %from 8 pump, fsec 35 15 1 %rms 1.5 2.5 3.5 SSA 1 1 mj 4 fs 1 ps 3% rms 1.5 1 2 Hz 1 5 khz Hidra-1 Hidra-25 Hidra-5 Hidra-1 nm 8 Hz 1 mj 1 25 5 1 FWHM USP4 fsf13 fsp1 ps % rms 3.1 Hz3.5 1,1 pre-pulse11 post-pulse @1/e 2 mm 1 15 2 35 TEMM 2 1.5 mj 15 275 4 6 X TOPAS-Prime Mirap43 Vitessep4 Vitarap39 NdYAG532 nm SSA5 J Beam Splitter Telescope Input mirror SSA-F Hi-Res SSA SSA-F w/ssp Delay Line nm 68 11 Hz 1 fs 5 5 2 5 5 2 ps 2 34 @ 8 nm Doubling crystal Optical filter CCD array fs 5 2 8.5 @ 8 nm 49 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 5
/ OPerA Solo 1 OPA1 PC 24 nm2 m1 OPerA Solo SH SF FH SHSF NDFG nm 5 fs 13 fs Signal 114 16 22 JS+I Idler 16 26 SHI 8 115 3 J 5 J SHS 58 8 SFI 533 58 3 J 5 J SFS 48 533 4 J 7 J FHI 4 48 5 J 1 J FHS 29 4 SHSFI 266 295 3 J 8 J SHSFS 24 266 NDFG1 NDFG2 2.6 11 m 5 2 m 2 J @ 4 m 8 J @ 4 m.5 J @ 9 m 1.5 J @ 1 m 1 J @ 5 m 4 J @ 5 m.1 J @ 15 m.3 J @ 15 m 35 fs1 khz3.3 mj pump mw 1 1 1 Legend Elite, Libra Signal Idler SHI SHS SFI SFS FHI FHS SHSFI SHSFS NDFG1 NDFG2 1 1 1 1, 1, nm 25 khz fs RegA-9 RegA-94 RegA-95 fs 16 4 6 Reg ACWTiS M 2 2 4 fs 3 khz5 khz s/n 51 rms 1 p-p 4 RegA 51 pre-pulse, 251 post-pulse, other pulses 11 M 2 2 1.3 1.5 12W 12W 1W 1W Vitesse-Duo 2 khz 1 / 25 1 / 25 1 RegA 9 Mira/Vitesse RegA 9 Vitara-T/Mira/Vitesse3 RegA 94 Vitara-T3 RegA 95 Vitara-T3 1 M 2 1.3 21 khz 3 khz Vitesse Duo 15 khz 3Reg9 3D G/Vp5354 J 5 4 / 3 3 J 6 4 / 3 3 J 6 4 / 3 J 6 4 / 3 TOPAS-Prime / OPA TOPASLight Conversion Ltd. 19 nm2 m Legend Elite, Libra OPA-94/945,98/985,DFG 25 khz fs OPA/DFG Re g AO PA 25 khz M 2 2. DFG2.5 1 m RegA DFG TOPAS-Prime nm TOPAS-Prime-VIS 5 fs 13 fs Signal 114 16 25 Js+i Idler 16 26 SHI 8 115 8 J SHS 58 8 3 J SFI 533 58 5 J TOPAS-Prime-BLUE SFS 48 533 4 J 7 J TOPAS-Prime-UV1 TOPAS-Prime-UV2 TOPAS-Prime -NDFG1/2 FHI 4 48 5 J 15 J FHS 29 4 SHSFI 266 295 3 J 8 J SHSFS 24 266 DFG1 DFG2 2.6 11 m 5 2 m 2 J @ 4 m 8 J @ 4 m.5 J @ 9 m 1.5 J @ 1 m 1 J @ 5 m 4 J @ 5 m.1 J @ 15 m.3 J @ 15 m SHBC/TOPAS-4 4 mj / pulse HE-TOPAS-Prime HE-TOPAS-PrimePlus OPA 94 OPA 945 OPA 98 OPA 985 khz 25 nj 8 16 mw 2 4 Signal nm 48 7 12 16 Idler nm 933 23 16 24 225 fs AC 225 fs P-P1 h1 1 Hz 2. 2. M 2 2. DFG98/985 W 12 G-18 1 DFG 4 m 225 khz 1.51 khz 12 cm 11.2 cm LxWxH cm 58.4 x 35.6 x 18.4 RegAp52 OPA-9 2.5 1 µm Signal : 48 7 nm Idler : 933 23 nm Residual Pump Second Harmonic, 4 nm White-Light DFG Signal : 1.2 1.6 µm Idler : 1.6 2.4 µm Residual Pump : 8 nm OPA-94/945 OPA-98/985 Input RegA Input RegA 51 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 52
/ YVO4 VOPSL GOPSL G-SLM G/G-SLM 5% V YVO4 V.2% rms1 Hz 1 GHz M 2 1.1 6.4 GHz MBD-266266 nm CW AAA PermAlign 15, V G OPSL G G-SLM.2% m5 MHzG-SLM 1 AAA PermAlign 21, OPSL OPSL p11 G-SLM G nm 5322 G-SLM W 2, 5 2, 5, 7, 8 1 12, 15, 18, 2 5 mseccw MHz 5 TEMM 2 1.1 mrad.5 1 Hz 1 MHz rms.2 8 h p-p 1 W 5 G2/55, G7/86 7 G121, G15125, G18/G215 LxWxH mm 281 x 156 x 85 214 x 98 x 68 2/5/7/8W84.5 mm1w87.1 mm 532 nm 2 532 nmsfg 532 nm G/G-SLM.6.5.4.3.2.1 1 2 3 4 5 ms 1 Hz - 1 MHz G1 vs G18 W mm Amplitudea.u. W.2W.5W.8W 1W 1.5W 2.W 4W 5W OPS Optically Pumped Semiconductor = OPS G/G-SLM CEP-Stabilizing V nm 532 W 2, 6 8, 1, 12 18 5 mseccw MHz 5 M 2 1.1 mrad.5 1 Hz 1 GHz % rms.2 2 h % 1 W 38 78 42 78 LxWxH mm 464.3 x 139.7 x 18.7 Evolution 9 1.3 kw Q EvolutionNdYLFLD NdYLF LD PC Evolution-15/-3 Evolution-15 Evolution-3 Evolution-45 Evolution-HE nm 527 khz 1 1 1 FWHM W mj 12 @ 1 khz 2 @ 1 khz 28 @ 1 khz 45 @ 1 khz 15 @ 5 khz 3 @ 5 khz 45 @ 5 khz 75 @ 5 khz 15 @ 1 khz 3 @ 1 khz 45 @ 1 khz 75 @ 1 khz 12 @ 1 khz 2 @ 1 khz 28 @ 1 khz 45 @ 1 khz 3 @ 5 khz 6 @ 5 khz 9 @ 5 khz 15 @ 5 khz 1.5 @ 1 khz 3 @ 1 khz 4.5 @ 1 khz 7.5 @ 1 khz ns 3 @ 1 khz 25 @ 1 khz 25 @ 1 khz 15 @ 1 khz mrad 1 8 LxWxH / cm 64.29 x 16.9 x 21.6/ 24 kg 84. x 18.4 x 25.4/ 4 kg V Pump (88 nm) Astigmatic Compensator Etalon PIV YVO4 Crystal 164 nm resonant Optical Diode LabVIEWGUI LBO Crystal Pump (88 nm) 532 nm output 53 http://www.coherent.co.jp/ http://www.coherent.co.jp/ 54