波長: 266nm-1064nm
エネルギー: 75mJ-2000mJ
テクノロジー: Nd:YAG Laser
ビーム径: 9 mm
拡がり角: 0.45 mrad、0.5 mrad

The Powerlite Series of high energy YAG lasers is known for its beam quality, reliability, and ease of use. The New DLS (Digital Laser Source) Series remains consistent with the Amplitude approach to laser design, keeping the features that have made it so popular, and adding new capabilities to enhance its performance and utility.

The DLS power supply is compact and quiet, taking up half the space of the one it replaces. The components are modular and rack mounted to simplify maintenance and service. It uses distributed intelligence, with microprocessors in both the laser head and power supply.

A new cooling group with active digital control has been added. The complete control of all functionality is made possible through a digital interface, thus eliminating the need for knobs or switches.

A powerful Windows®-based Graphical User Interface is standard for all Powerlite DLS systems. An optional touch screen remote control is available, as are LabView drivers.

< Key Features >
・Distributed intelligence power supply architecture.
・Rack mounted and modular components for easier maintenance and service
・New cooling group with active digital control for acurate temperature monitoring and improved thermal management
・LabView drivers available
・HEO for maximum 532 nm output

< Applications >
Industry:
Material sorting (recycling)
Weld inspection
Cleaning
LIBS

Science:
LIDAR, LIF, LIBS, PLIF
Thomson Scattering
Laser Thermal Annealing
Pump Source

Medical:
Skin Surfacing
Tattoo Removal
Pump Source
Medical device manufacturing

< Specifications >
Energy (mJ):
[9010]
1064 nm　2000
532 nm　 1000　[Using Type II doubler]
532 HEO　1400
355 nm　550　[Using Type I doubler]
266 nm　160

[9020]
1064 nm　1800
532 nm　 900　[Using Type II doubler]
532 HEO　1200
355 nm　475　[Using Type I doubler]
266 nm　110

[9030]
1064 nm　1600
532 nm　 800　[Using Type II doubler]
532 HEO　1100
355 nm　400　[Using Type I doubler]
266 nm　90

[9050]
1064 nm　1200
532 nm　 600　[Using Type II doubler]
532 HEO　800
355 nm　350　[Using Type I doubler]
266 nm　75