Laser Energetics

INDUSTRIALIZED WATER-COOLED UV l VISIBLE/IR

The fiber optic beam delivery option is designed for ease of integration. Harmonic generating crystals and the fiber optic coupling components are mounted inside the laser. There is no need to add an external box to the laser head. Only the fiber optic is external to the laser head.

THE BRIGHTSTAR
WATER-COOLED ALEXANDRITE LASER ADVANTAGE

Water cooling – self contained water to heat exchanger (no "house" water required)

Tuning range – 720-810nm Visible/ IR; 360-405nm.240-270nm and 185-210nm UltraViolet

Dual wavelength output – 750nm Visible/IR; 375nm UltraViolet

Q-Switched Visible/IR (720-810nm) and UV (360-405nm) – laser light can be efficiently coupled through an optional fiber optic beam delivery system that is integrated into the illustrated laser head

220 volt – three phase power input requirement

High pulse repetition rates – up to 100 Hz

Compact – laser head (6.5"H x 6.5"W x 23"L) which allows for SHG, THG, and FHG, as well as fiber optic beam delivery for the fundamental and SHG wavelengths

Power supply – 28"H x 22"W x 24"D on casters

Industrialized –

Hinged cover for ease of laser serviceability. Easy access for maintenance and alignment
Designed for clean room or surgical center operation. Clean room paints and a laser head which detaches from the power supply, making serviceability outside clean room areas easy
Adjustable foot pads for tabletop mounting, tapped holes for bracket mounting
Power supply umbilical connection completely unplugs for portability, shipment and easy integration and service

BrightStar Industrialized, Water-Cooled, UV / Visible / IR Alexandrite Lasers - are designed to provide high pulse repetition rates and output powers with excellent beam characteristics. This performance is achieved by careful attention to the design details and quality. Every component is specified to provide the peak performance that you expect. Laser Energetics, Inc. has developed an efficient single lamp pump chamber that uniformly excites the laser rod. The flashlamp excitation is optimized for your desired operating conditions, i.e., or free lasing. The pump chamber allows high temperature operation and provides efficient uniform illumination of the laser rod. The heat exchanger has plenty of capacity to maintain tight temperature control even under the highest power loadings. These design features deliver a robust, high performance laser system.

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Specifications | Applications