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The laser positioning system is designed to concentrate quadrupole and sextupole magnets on one girder.
Since the laser has linear propagation characteristics, the laser ray is good to play a role as the alignment reference of magnets and a laser positioning system is developed accordingly.
Optical laser positioning systems calculate distances to moving system parts contact-free, quickly and with absolute precision.
In cycles lasting just milliseconds, the laser distance measuring system provides the position values required for dynamic control functions with milli meter accuracy using a selection of Industrial Ethernet and fieldbus interfaces.
With these sensors, distances of up to 300 m can be calculated with maximum accuracy through the use of the latest signal processors. Borderline situations are detected and also diagnostic data indicated with
The Global Laser positioning systems market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A laser-based camera-positioning system developed to the exacting standards necessary for heritage digitization applications has been launched by Digital Transitions(opens in new tab), a leading global provider of high-resolution digitization solutions and services.
Sports, media, and entertainment organisations, as well as corporate heritage organisations, can ensure consistently sharp, high-quality images that adhere to international imaging standards like FADGI, ISO 19264, and Metamorfoze with the aid of DT LaserAlign.
DT LaserAlign has padded feet for safer contact with delicate surfaces, a magnetic base for use on angled surfaces, such as the DT V-Cradle(opens in new tab) or DT BC100, and is made of thermally stable carbon-fiber composite to prevent long-term warping (opens in new tab).
