ANx PicoOne Laser Series
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FOR YOUR APPLICATION, FIND YOUR PULSED LASER SOLUTION ANx PicoOne Laser Series •KEY FEATURES — • 1064nm, 532nm, 355nm* and 266nm* • Ultra-short pulses, down to 650ps@100kHz • Peak power >38kW at 1064nm • Excellent beam quality – TEM00, M²<1.2 • Efficient, air-cooled • Sealed package, long life * Refer to Factory for Detailed Performance The PicoOne amplified laser series is based on a microchip seeder and an efficient MOFA (Master Oscillator Fiber Amplifier) amplification stage, this laser produces 650 ps pulses at frequencies in excess of 100 kHz with an average power reaching 1W at 532nm. The laser operates with a single emission frequency. The Passively Q-Switched (PQS) microchip laser technology and fiber amplification brought together with this laser series offers a full control over the pulse energy (or peak power) while leaving unchanged the pulse width and pulse shape. Other seeders may also be used if different characteristics are required. Micromachining - Selective ablation of µm to nm scale layers - PCB Repair Instrumentation - Raman spectroscopy - Supercontinuum generation - Ranging - LIDAR All information contained herein is believed to be accurate and is subject to change without notice. Teem Photonics may not be held liable for its use. Teem Photonics, its subsidiaries and affiliates, reserve the right to modify or withdraw, at any time and without any notice, specifications, product design, product component. Some options may not be available for all products. Please contact Teem Photonics for details. August 18 Biophotonics - Dense tissue ablation

FOR YOUR APPLICATION, FIND YOUR PULSED LASER SOLUTION Repetition Rate Constant Pulse width range (FWHM) (1) Output energy Peak Power Long term (6 hrs) power stability(3) Full angle divergence @1/e² Horizontal Vertical Beam profile Energy control function Gating function Options (described on page 3) NOTES — (1) Measured with 25Ghz photodiode and 6GHz oscilloscope. (2) Measurement performed with an OPHIR thermal power sensor (OPHIR 3A-FS-SH) (3) For temperature variation < ± 3°C and < 3°C/hour, stability is measured with calorimeter - detector band [DC, 2Hz] (4) Mean average value M = √(XY),...

FOR YOUR APPLICATION, FIND YOUR PULSED LASER SOLUTION •SUPPLEMENTAL INFORMATION & OPTIONS — Environment Parameters Operating Temperature Range Maximum Power Consumption Storage Temperature Shock of 11ms according to IEC 68-2-27, non operating Vibration 5Hz to 500Hz sinusoïdal according to IEC 68-2-6 Certification Laser classification according to IEC 60825-1:2007 CDRH compliance RoHs Package Laser Head dimensions, LxWxH(7) Laser Head weight Controller dimensions, LxWxH Controller weight See mechanical drawings on page 4 4.5 kgs See mechanical drawings on page 5 1.1 kgs Options TTL...

FOR YOUR APPLICATION, FIND YOUR PULSED LASER SOLUTION LASER HEAD MECHANICAL DRAWINGS — All information contained herein is believed to be accurate and is subject to change without notice. Teem Photonics may not be held liable for its use. Teem Photonics, its subsidiaries and affiliates, reserve the right to modify or withdraw, at any time and without any notice, specifications, product design, product component. Some options may not be available for all products. Please contact Teem Photonics for details. August 18

FOR YOUR APPLICATION, FIND YOUR PULSED LASER SOLUTION CONTROLLER MECHANICAL DRAWINGS — All information contained herein is believed to be accurate and is subject to change without notice. Teem Photonics may not be held liable for its use. Teem Photonics, its subsidiaries and affiliates, reserve the right to modify or withdraw, at any time and without any notice, specifications, product design, product component. Some options may not be available for all products. Please contact Teem Photonics for details. August 18