20201124

REV. REV.

from 210 nm 210 from WWW.EKSPLA.COM

Picosecond Shortertime installation footprintsmaller twice Almost Low divergence <2 mrad <2 divergence Low PC control pump- fluorescence, resolved Time probe fluorescence Laser-induced spectroscopy Infrared spectroscopy: Nonlinear surface-SH,Z-scan nonlinear and spectroscopic Other optics applications Bettertermlong stability with layout (compared wherelaser differentarein OPO and units) arein beams all – safety Higher the box High pulse energy at kHz rates energy pulse High design state solid pumped Diode external – water supply cooled Air not requiredis operation Turn-key costs maintenance Low triggering streakcamera Optional jitter rms ps <10 with pulse tuning wavelength Hands-free range Tuning cm⁻¹ <8 linewidth Narrow to 2300 nm 2300 to Tunable Wavelength Wavelength Tunable

APPLICATIONS APPLICATIONS BENEFITS FEATURES ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ [email protected] MAIL MAIL - E 2649629 5 +370

TEL

02300 , VILNIUS, 02300 - For customer convenience the PT403 was built without sacrificing Optical parametric generator is like time resolved fluorescence, parameters and reduced maintenance picosecond optical based on PGX03 parametric amplifier systems. Fully based control system ensures hands produce low divergence beams with moderate linewidth (typically <8 cm⁻¹) rate PT403 tuneable laser is versatile researching various kind of disciplines pump-probe spectroscopy, laser- its USB type PC interface (RS232 is induced fluorescence, Infrared diode-pumped-only technology. optional) with LabView™ drivers or optical design is optimized to duration. Featuring 1 KHz repetition spectroscopy and other aplications. system can be controlled through free precise wavelength tuning. automatized and microprocessor a remote control pad. Both options allow easy control of system settings. any parameters or reliability. The at approximately 15 – 20 ps pulse costs are achieved by employing cost-efficient tool for scientists series SAVANORIU 237, LT AV. 11 ▪ PT277 ▪ PT403 ▪ PT277 ▪ 11 x 03 ▪ PG x

01 ▪ PG x Pump laser is based on industry Unlike other solutions in the market, All-in one-box solution features all To ensure reliability industry To PG laser and OPO integrated into one PICOSECOND TUNABLE SYSTEMS TUNABLE PICOSECOND mode-locked laser. Improved output parametric generator are eliminated. housing. It means better overall picosecond tunable wavelength laser picosecond 1 KHz repetition rate DPSS pump laser and optical parametric better stability and other substantial benefits for user. units of pump laser and optical units, new approach features pump unit. That delivers almost twice employed during the build-up of generator into a single housing. New offering laser and OPO in different stability because all potential causes system provide from 210 to 2300 nm Ekspla PL2210 series picosecond PT403. smaller footprint, shorter installation, PT403 series laser systems integrate a for misalignment between separate from the one box. and market tested solutions were

components placed into one compact PT403 “gold standard” diode pumped

Femtosecond Picosecond Lasers PicosecondPicosecond Tunable Systems Nanosecond Lasers Nanosecond Tunable Lasers High Intensity Lasers Other Ekspla Products 148 Fig 1. Output OUTLINE DRAWINGS SPECIFICATIONS Note: Lasermustbeconnectedtothemains electricityallthetime.Iftherewillbenomainsfor longerthat1hourthen 1) PICOSECOND TUNABLE SYSTEMS laser (system)needswarmupfor afewhoursbeforeswitchingon. REV. Idler Typical pulseduration SH Output pulseenergy Idler Signal SH Output wavelengthtuningrange Model Water service Power consumption Power requirements Room temperature Typical beamsize Idler Signal SH Scanning step Linewidth Pulse repetitionrate Beam divergence SH Beam polarization Signal Idler Signal OPA SPECIFICATIONS OPERATING REQUIREMENTS 170±5 specifications are measured at 450 specifications. Theyare indications of typical specifications are subjecttochangewithout units forbasicsystemwithoutoptions. manufacture. Unless stated otherwise, all manufacture. Unlessstatedotherwise, witheachunitwe andwillvary performance notice. Parameters markedtypicalare not Due tocontinuousimprovement, all Output 0014 SAVANORIU 20201124 4 PT403serieslaserheadtypicaloutlinedrawing Output Output 3) 3 4) 2 357 3) 1 141 41 91 7) 6)

2) AV. 237, 5) 1 ) LT - 02300 1355 1241 nm for PT403 796

VILNIUS, Umbilical cordtopowersuppl

LITHUANIA 222 PT403 7) 3) 4) 5) 2) 6) Fiber cable 31 pump pulseenergy. tuning curves forpulseenergies atotherwavelengths. tuning curves varies dependingonwavelengthandpumpenergy. 456 272 Beam divergence measured at450nm. dependingonthe level.Canvary Beam diameteratthe1/e² nmpumppulse. PulsedurationEstimated assuming30psat1064 Measured nm. at1000 Measured at250nm. Pulse energies are specifiedatselectedwavelengths.Seetypical TEL y

+370 52649629 405 panel Control PT403

E - – – – – MAIL different units,PT403featuresalmost twicesmallerfootprint Fig 2.

[email protected] 100 –240Vsinglephase,4763Hz

ComparedwithlayoutwherelaserandOPOarein 456 not required,aircooled PT2210A-x PT403 710 –2300nm 410 –709nm horizontal 22 ±2°C < 2mrad ~ 3mm 1000 Hz <120 W <8 cm vertical 0.1 nm 70 µJ 15 ps 15 µJ 1 nm WWW.EKSPLA.COM 1031 -1 1355 1241 PT403 1952 100 210 –410nm PT403-SH horizontal 0.05 nm PGx03-x 10 µJ

456 DANGER CLASS IV LASER PRODUCT IV LASER CLASS Max. 70µJ,pulse15ps Tunable, 210–2300nm REFLECTED ORSCATTERED RADIATION AVOID EYEORSKINEXPOSURETO DIRECT RADIATIONVISIBLE AND/ORINVISIBLELASER 821

series

76 361 149

Other Ekspla Products High Intensity Lasers Nanosecond Tunable Lasers Nanosecond Lasers PicosecondPicosecond Tunable Systems Picosecond Lasers Femtosecond Lasers