The closed-loop Compact laser beam position stabilization system suits stable coupling of ultrashort laser pulses into hollow fibers or amplifier modules, as well as pointing or fluctuations due to vibrations in laser applications with critical positioning demands. Features include piezo-driven steering mirrors and four-quadrant diodes with integrated readout electronics. Raw position data can be displayed with an oscilloscope and stored for further documentation or processing.
MRC Systems GmbH
Heidelberg/Germany
[email protected]
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PRESS RELEASE
Laser beam position stabilization
The new closed-loop “Compact” system of MRC Systems GmbH from Heidelberg/Germany enables the precise stabilization of laser beams on a defined position and direction. It is optimized for highest positioning stability and compact size. Typical applications are the stable coupling of ultrashort laser pulses into hollow fibers or amplifier modules as well as the compensation of pointing or fluctuations due to vibrations in laser applications with critical positioning demands.
The controller electronics of the new product is realized on a single board in Eurocard format. Due to the intelligent amplification concept the system can be powered with a usual 12 V wall power supply. This allows for flexible laser arrangements and a straightforward integration into existing setups. The compact design also leads to a relevant price reduction compared to previous systems.
The standard product is equipped with Piezo-driven steering mirrors and 4-quadrant-diodes with integrated read-out electronics. In this configuration, the position as well as the intensity level are directly displayed on the detector. It is also possible to adapt the system for the connection of other components.
The system offers additional functions that guarantee a user-friendly and safe operation. These functions include a flexible signal amplification, direction coding, a switch-on activity delay, a safety switch-off, and the displays for position, intensity, and power level. The raw position data can be displayed with an oscilloscope and stored for further documentation or processing. The system is designed for an easy-to-use operation.
