PicoBlade Picosecond Micromachining Laser

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1 PicoBlade Picosecond Micromachining Laser Precision and flexibility for optimized processes a fully featured, machine-ready system The PicoBlade laser system is a versatile tool for processing virtually any material with the highest precision and reliability. Many of today s picosecond lasers generate an excessively high fixed pulse energy for applications that cannot be adjusted without reducing the average power overall. This limitation results in poor production throughput, even for high-power laser systems. In contrast, the PicoBlade laser system lets you adjust the pulse energy to meet specific application values at full average power and maximum process speed. This is the most flexible high-precision, high-speed picosecond laser on the market. Features Industrial, rugged, unibody design Easy integration Horizontal or vertical mounting Fully detachable umbilical Cost-effective, on-site maintenance High productivity: Wide range of PRF A/D modulation capability FlexBurst technology Options 532 nm,, and auto-switching Lower-power, lower-cost configurations High pulse energy Super-sync for high-speed line scanners Process shutter Customized umbilical length Applications High-speed precision machining Glass cutting, welding, scribing Processing hard materials (diamond, sapphire, carbide, ceramics, and CVD) Application photography courtesy of Lightmotif Semiconductor dicing Drilling of multiple materials Selective thin-film ablation Data Sheet

2 50 40 Power (W) nm Repetition rate (khz) High-power PicoBlade typical power versus repetition rate for 1064, 532, and * High-power PicoBlade typical pulse energy versus repetition rate for 1064, 532, and * Medium-power PicoBlade typical output power versus repetition rate for 1064, 532, and Medium-power PicoBlade typical pulse energy versus repetition rate for 1064, 532, and Low-power PicoBlade typical output power versus repetition rate for 1064, 532, and Low-power PicoBlade typical pulse energy versus repetition rate for 1064, 532, and Output Beam Profile High-power PicoBlade output beam Medium-power PicoBlade output beam Low-power PicoBlade output beam * The PicoBlade system's optimum power output for green and UV wavelengths can be engineered to the customer's optimal repetition rate. 2

3 PicoBlade Picosecond Micromachining Laser Dimensions Diagram for IR Version (113) min min 100 Dimensions Diagram for thesingle NLO G or UV Version ,4 (127) 211 A2 B1 B2 min200 A1 (205) 205 Clearance area for umbilical Dimensions Diagram for the autonlo IR, G, and UV Versions nm ( ) A1 306 A2 B2 min200 B1 200,04 14 Clearance area for umbilical 3

4 Specifications Parameter 532 nm Output power High-power PicoBlade with Up to 50 W Up to 25 W Up to 15 W Pulse-on-Demand (PoD) Medium-power PicoBlade with PoD Up to 12 W Up to 6 W Up to 3 W Low-power with PicoBlade with PoD Up to 4.4 W Up to 0.9 W Up to 0.4 W Repetition rate Single shot to 8 MHz Pulse energy Up to 200 μj Up to 125 μj Up to75 μj Pulse energy stability (>1 khz) <0.5% rms Pulse width measured at 10 ps Peak power 20.0 MW 12.5 MW 7.5 MW Spatial mode High-power PicoBlade with PoD TEM 00 Medium-power PicoBlade with PoD TEM 00 Low-power with PicoBlade with PoD TEM 00 Pointing stability <40 μrad/c Turn-on time <15 min Voltage (single phase) V AC Frequency Hz Input power (single phase) 2100 VA Laser head V1 (1 output: IR) 1139 x x 138 mm, 80 kg N/A N/A (L x W x H, weight) V2 (1 output: G or UV) N/A 1279 x x 138 mm, 80 kg 1279 x x 138 mm, 80 kg V3 (3 outputs: IR, G, UV) 1375 x x 138 mm, 80 kg Power supply (fits 19-in rack) 435 x 139 (3 RU) x 483 mm, 26 kg (L x W x H, weight) Chiller (fits 19-in rack) 640 x 267 (6 RU) x 483 mm, 42 kg (L x W x H, weight) Laser Safety 4

5 Ordering Information For more information on this or other products and their availability, please contact your local JDSU account manager or JDSU directly at JDSU (5378) in North America and JDSU worldwide or via at Laser Head PB Power Level High H Medium M Low L Energy E PoD No PoD 0 PoD P PRF 50 khz khz 0200 NLO 0R Single NLO 532 nm sg Single NLO sv Auto NLO nm arg Auto NLO arv Auto NLO 532+ agv Auto NLO argv Shutter Shutter S Sync 1 CLX 1 C Sync 2 Sync 2 T Power Monitor (Power) monitor M Accessories Description Product Controller Controller without shutter electronics PB-PS-H-0-00 Controller with shutter electronics PB-PS-H-S-00 Chiller Water-water, US with 110 V AC CH-M-W110 Water-water, European with 220 V AC CH-M-W220 Air-water, US with 110 V AC CH-M-A110 Air-water, European with 220 V AC CH-M-A220 Umbilical Cable 3 m standard, right orientation PB-PS-A30R 5 m standard, right orientation PB-PS-A50R 3 m standard, left orientation PB-PS-A30L 5 m standard, left orientation PB-PS-A50L Notes: 1. CLX-110 phase-locked clock synchronizer to synchronize the repetition rate of a laser system to a reference clock signal. 2. Sync enables control of the timing of the output pulses in nanoseconds. Description Product Chiller Hoses 3 m chiller hoses PB-CH-A30S 5 m chiller hoses PB-CH-A50S 3 m chiller hoses for NLO module PB-CH-A30A 5 m chiller hoses for NLO module PB-CH-A50A Other Accessories ZeroAir generator (only for autonlo including UV) PB-ZA Vertical mounting PB-VER Example of a Complete Order PB-H-P-0200-aRGV-000M-00 (high power, PoD, autonlo with all three wavelengths, and a power monitor as option) CH-M-A220 (chiller, air-water, European with 220 V AC) PB-CH-A30A (3 m chiller hoses for UV NLO module) PB-PS-H-0-00 (controller without shutter electronics) PB-PS-A30R (3 m umbilical cable, right orientation) PB-ZA (ZeroAir generator for UV) North America Toll Free: JDSU (5378) Worldwide Tel: JDSU 2014 JDS Uniphase Corporation Product specifications and descriptions in this document subject to change without notice PICOBLADEPMLASER.DS.CL.AE October 2014