Features. Applications. Optional Features

Transcription

1 Features Compact, Rugged Design TEM Beam with M 2 < 1.2 Pulse Rates from Single Shot to 15 khz IR, Green, UV, and Deep UV Wavelengths Available RS232 Computer Control Patented Harmonic Generation Technology External TTL Triggering Choice of Nd:YLF, Nd:YAG, and Nd:YVO 4 Based Lasers Optional Features Fiber Coupled Output Power Attenuator to Vary Output from 1% to 98% Beam Expander from 2 mm up to 1 mm Output Power Control 2% to 1% Output Power Monitor Applications LCD Repair Wafer Marking Lidar Solar Cell Scribing Stereo lithography Rapid Prototyping Mass Spectrometer MALDI-TOF Semiconductor Processing Interferometry Non-Contact Inspection Fluorescence Holography Micro-Marking Replacement of Nitrogen Lasers Entertainment Industry

2 Photonics Industries DC Series of air-cooled, diode pumped, harmonic solid-state Q-switched lasers offers a compact, hands-free system with the long-term reliability that the manufacturing industry demands. Utilizing our patented harmonic generation technologies, the DC Series has been designed to provide a low power, high quality laser, with the diversity to meet the most demanding requirements. The DC Series of lasers is available with a choice of INFRARED (153/164 nm), GREEN (527/532 nm), UV (351/355 nm), and DEEP UV (263/266 nm) wavelengths. Each wavelength is available in Nd:YAG, Nd:YLF, and Nd:YVO 4 platforms. This variety allows our customers to have the ability to select a laser that best fits their application. Based on the inherent properties of the laser crystals, the DC Series provides a large range of pulse energies, pulse repetition rates, and pulse widths. System Reliability Photonics Industries is committed to providing a highly reliable laser to our customers. The laser resonator, which is assembled in a clean room environment, is hermetically sealed in order to prevent dust and condensation from damaging the laser crystals and optics. The patented intra-cavity harmonic generation results in a large beam diameter on the harmonic crystal, which significantly increases the crystal lifetime, compared to external harmonic generation. This technique also minimizes the amount of optical components needed to generate the harmonic wavelength. By utilizing our end pump design, along with the patented intra-cavity harmonic generation technologies, our DC Series delivers superior TEM beam mode quality with M 2 < 1.2. Output quality of this magnitude improves process quality, control, and product yields.

3 Nd:YLF Systems DC1-153 DC5-153 DC DC1-527 DC5-527 DC Wavelength 153 nm 153 nm 153 nm 527 nm 527 nm 527 nm Average 3 khz 25 mw 125 mw 4 mw 2 mw 1 mw 3 mw Pulse 1 khz (nominal) 25 ns 3 ns 3 ns 25 ns 3 ns 3 ns Pulse 1 khz 125 uj 625 uj 2 uj 1 uj 5 uj 15 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.2 Polarization Ratio 1:1 Horizontal 1:1 Vertical Pulse-to-Pulse Instability < 3% rms < 3% rms Long-Term Instability 3% rms 3% rms Pointing Stability < 5 μrad < 5 μrad Pulse Repetition Rate single shot to 1 khz single shot to 1 khz DC1-351 DC5-351 DC DC1-263 DC5-263 DC Wavelength 351 nm 351 nm 351 nm 263 nm 263 nm 263 nm Average 3 khz 75 mw 5 mw 15 mw 5 mw 1 mw 5 mw Pulse 1 khz (nominal) 25 ns 25 ns 25 ns 2 ns 25 ns 15 ns Pulse 1 khz 5 uj 25 uj 75 uj 2.5 uj 5 uj 25 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.3 Polarization Ratio 1:1 Horizontal 1:1 Horizontal Pulse-to-Pulse Instability < 3% rms < 3% rms Long-Term Instability 3% rms 3% rms Pointing Stability < 5 μrad < 5 μrad Pulse Repetition Rate single shot to 1 khz single shot to 1 khz Typical DC5-527, Nd:YLF Laser Performance Average Power (mw) Repetition Rate (khz) Average Power (mw) Pulse Width (ns) Pulse Width (ns)

4 Nd:YAG Systems DC1-164 DC5-164 DC DC1-532 DC5-532 DC Wavelength 164 nm 164 nm 164 nm 532 nm 532 nm 532 nm Average 1 khz 25 mw 125 mw 4 mw 2 mw 1 mw 3 mw Pulse 1 khz (nominal) 45 ns 55 ns 45 ns 35 ns 35 ns 35 ns Pulse 1 khz 25 uj 125 uj 4 uj 2 uj 1 uj 3 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.2 Polarization Ratio 1:1 Horizontal 1:1 Vertical Pulse-to-Pulse Instability < 3% rms < 3% rms Long-Term Instability 3% rms 3% rms Pointing Stability < 5 μrad < 5 μrad Pulse Repetition Rate single shot to 5 khz single shot to 5 khz DC1-355 DC5-355 DC DC1-266* DC5-266* DC15-266* Wavelength 355 nm 355 nm 355 nm 266 nm 266 nm 266 nm Average 1 khz 1 mw 5 mw 15 mw 5 mw 1 mw 5 mw Pulse 1 khz (nominal) 35 ns 35 ns 35 ns 2 ns 2 ns 2 ns Pulse 1 khz 1 uj 5 uj 15 uj.8 uj 16.7 uj 83 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.3 Polarization Ratio 1:1 Horizontal 1:1 Horizontal Pulse-to-Pulse Instability < 3% rms < 3% rms Long-Term Instability 3% rms 3% rms Pointing Stability < 5 μrad < 5 μrad Pulse Repetition Rate single shot to 5 khz single shot to 3 khz * Average 6 khz; Pulse 6 khz (nominal); Pulse 6 khz Typical DC5-532, Nd:YAG Laser Performance Average Power (mw) Repetition Rate (khz) Pulse Width (ns) Average Power (mw) Pulse Width(ns)

5 Nd:YVO4 Systems DC3H-164 DC1H-164 DC15H-164 DC2H-164 DC3H-164 Wavelength 164 nm 164 nm 164 nm 164 nm 164 nm Average 4 khz 1 W 3 W 4.5 W 6 W 1 W Pulse 4 khz 4 ns 3 ns 3 ns 25 ns 25 ns Pulse 4 khz 25 uj 75 uj uj 15 uj 25 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.3 Polarization Ratio 1:1 Horizontal Pulse-to-Pulse Instability < 3% rms Long-Term Instability ±3% rms Pointing Stability < 5 μrad Pulse Repetition Rate single shot to 15 khz DC3H-532 DC1H-532 DC15H-532 DC2H-532 DC3H-532 Wavelength 532 nm 532 nm 532 nm 532 nm 532 nm Average 4 khz 1 W 3 W 4.5 W 6 W 1 W Pulse 4 khz 35 ns 25 ns 2 ns 35 ns 3 ns Pulse 4 khz 25 uj 75 uj uj 15 uj 25 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.3 Polarization Ratio 1:1 Vertical Pulse-to-Pulse Instability < 3% rms Long-Term Instability ±3% rms Pointing Stability < 5 μrad Pulse Repetition Rate single shot to 15 khz DC3H-355 DC1H-355 DC15H-355 DC2H-355 DC3H-355 Wavelength 355 nm 355 nm 355 nm 355 nm 355 nm Average 3 khz 45 mw 1.5 W 2 W 3 W 4.5 W Pulse 3 khz 25 ns 25 ns 25 ns 15 ns 2 ns Pulse 3 khz 15 uj 5 uj 83 uj 1 uj 15 uj Beam Mode TEM - M 2 < 1.2 TEM - M 2 < 1.3 Polarization Ratio 1:1 Horizontal Pulse-to-Pulse Instability < 3% rms Long-Term Instability ±3% rms Pointing Stability < 5 μrad Pulse Repetition Rate single shot to 15 khz

6 DC3H-266 DC1H-266 DC15H-266 DC2H-266 DC3H-266 Wavelength 266 nm 266 nm 266 nm 266 nm 266 nm Average 15 khz 45 mw 15 mw 25 mw 3 mw 5 mw Pulse 15 khz 15 ns 1 ns 1 ns 1 ns 1 ns Pulse 15 khz 3 uj 1 uj 16.7 uj 2 uj 33 uj Beam Mode TEM - M 2 < 1.3 Polarization Ratio 1:1 Horizontal Pulse-to-Pulse Instability < 3% rms Long-Term Instability ±3% rms Pointing Stability < 5 μrad Pulse Repetition Rate single shot to 15 khz Performance Curve (Power and Repetition Rate) nm Performance Curve nm Performance Curve DC3H-164 DC1H-164 DC15H-164 DC3H-532 DC1H-532 DC15H-532 DC2H-164 DC3H-164 DC2H-532 DC3H nm Performance Curve DC3H-355 DC1H-355 DC15H-355 DC2H-355 DC3H nm Performance Curve DC3H-266 DC1H-266 DC15H-266 DC2H-266 DC3H-266 5

7 Common Specifications DC1 Laser Head DC1 4TH Laser Head

8 DC3-15 Laser Head DC3-15 4TH Laser Head DC3 Laser Head

9 DC1-5 Laser Controller DC15-3 Laser Controller System Specifications* Width Length Height Weight Laser Head (DC1) 12 mm (4 in) 222 mm ( 8.75 in) 64 mm (2.5 in) 2.27 kg/ 5 lbs Laser Head (DC1 4TH) 12 mm (4 in) 385 mm ( in) 64 mm (2.5 in) - Laser Head with Heat Sink(DC3-15) 12 mm (4 in) 253 mm (9.97 in) 114mm (4.5 in) 4.5 kg/1 lbs Laser Head with Heat Sink (DC3-15 4TH) 12 mm (4 in) 432 mm (17 in) 114mm (4.5 in) - Laser Head with Heat Sink(DC3) 12 mm (4 in) 238 mm (9.37 in) 114 mm (4.5 in) - Laser Controller Dimensions (DC1-5) 279 mm (11 in) 254 mm ( 1 in) 89 mm (3.5 in) 3.4 kg/ 7.5 lbs Laser Controller Dimensions (DC15-3) 356 mm (14 in) 343 mm (13.5 in) 89 mm (3.5 in) 4.5 kg /1 lbs Electrical Requirement 1 to 12V, 2 to 5/6 Hz Relative Humidity Non condensing, 9% Max Ambient Temperature 15 o to 3 o C (59 o to 86 o F) Operating Range Umbilical Length 3 meter (1 feet) * In order to continuously improve our product catalog, we reserve the right to change all specification with out prior notice. Please contact the factory for the most recent dimensions.

10 Optional Features Power Attenuator: This patented feature allows laser output power to be controlled by either manual adjustment, or by computer control via RS232. The laser output power can be controlled from approximately 1% to 98% of the maximum available power. Beam Expander: This feature incorporates patent pending, indexing beam expander technology, which allows multiple lifetimes of conventional beam expanders. The output can be collimated to a customer s specified beam diameter ranging from 1 mm to 1 mm. Please contact us for details on all DC series laser accessories and potential features. Customized Products In addition to our standard laser specifications, customized versions can be provided to meet our customer s specific requirements, including long or short pulse duration. For higher average power, please contact us for the availability of our DS and PA series lasers. WARRANTY Photonics Industries International, Inc. offers a limited warranty for all DC Series laser systems. All components and assemblies are guaranteed to be free of defects in materials and workmanship for the duration of the warranty period. Please contact our sales office, or visit our website for complete details on our standard and extended warranty coverage. Due to Photonics Industries commitment to continuous product improvement, Specifications are subject to change without notice.

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