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A tool or system that can scan and control numerous laser beams at once is known as a multi-beam scanner. It frequently appears in a variety of uses, including laser projection screens, laser material processing, and laser imaging and imaging.
The multi-beam scanner is often composed of a number of discrete beam steering elements, such as MEMS mirrors or acousto-optic deflectors (AODs), that may individually control the direction of each beam. For the laser beams, these beam steering components have a rapid deflection or scanning speed.
The ability of a multi-beam scanner to process or display many laser beams simultaneously, which increases efficiency and throughput, gives it an edge over single-beam systems. The processing or imaging of multiple points or regions can be done at once, speeding up the scanning process.
The Multi Beam Scanner accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Thorlabs Inc. provides a laser scanning solution called the MLAS Multi-Beam Laser Scanning System. It generates and controls numerous laser beams at once using a micro lens array.
Through the parallel scanning and manipulation of the laser beams made possible by this system, laser processing and imaging capabilities are made quicker and more effective.
The MLAS system consists of a micro lens array that divides a single laser beam into a number of smaller beams. It is possible to independently control and steer each individual beam. This enables the simultaneous scanning and analysis of numerous points or regions of interest.
The MLAS system’s capacity to greatly boost throughput and productivity is one of its primary advantages. It shortens the time needed to scan a certain area by using several beams. This is especially helpful in fields where high-speed, high-precision scanning is essential, such as laser marking, material processing, and microscopy.
