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It is commonly used for precision welding of 3C, electronics, mobile phone modules, micro motors, lithium batteries, and other equipment. Galvanometer type precision fibre laser welding machines are matched with high beam quality fibre lasers, and the welding spot is precise.
Welding speeds are also three times faster than those of conventional machines. A galvanometer (Galvo) is an electromechanical device that detects an electric current by deflecting a light beam using a mirror.
The main dichroic beam splitter (MDB) combines the laser light and reflects it onto the scanning galvanometer mirrors (Scanner), which deflect the laser beam across the specimen in the x and y axes after the laser light has passed through a scan lens and the microscope optics.
The Global Galvanometer Laser Welding Machine Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
New two-axis galvo scanner from Aerotech is extremely active. Launched by Aerotech, a manufacturer of high-performance motion control and positioning systems. The ultra-high resolution position feedback, optimised structural dynamics, and low-inertia, high-efficiency motors are all features of the highly dynamic, 2-axis laser scan head.
Maximum acceleration profiles and good path accuracy with little following error are made possible by this. This makes it suitable, according to the company, for the quick and precise fabrication of intricate components used in microelectronics, medical technology, and the automotive sector.
The Aerotech two-axis galvo scanner is quite active. launched by Aerotech, a company that produces powerful motion control and positioning solutions. The highly dynamic, 2-axis laser scan head is equipped with low-inertia, high-efficiency motors, optimised structural dynamics, and ultra-high resolution position feedback.
This makes it possible to have good path accuracy with minimal following error and maximum acceleration profiles. The manufacturer claims that this makes it suited for the speedy and accurate fabrication of intricate components used in microelectronics, medical technology, and the automobile industry.
Due to its great dynamics and high precision, the 2-axis laser scanner enables a better process throughput while also improving process yield. When compared to the ordinary AGV-HPO motor, the newly developed galvo motor design reduces the moment of inertia of the drives by roughly 30%.
The optimised drive electronics, which have a larger bandwidth and better current regulation, provide an additional advantage.
