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FPC laser cutting machines can be used for fine cutting and splitting processing of FPC soft boards, PCB boards, cover films, and other items. They are used in the electronics industry.
A laser is used in the process of laser cutting to evaporate materials, creating a cut edge. Although it was originally only utilised in industrial manufacturing settings, today it is being employed in small firms, architecture, and by amateurs.
The process of laser cutting involves most frequently using optics to focus the output of a high-power laser. The laser beam is aimed at the material using laser optics and CNC that is computer numerical control.
FPC laser cutting machines use a high-performance cold laser source to cut cover film, drill holes, and conduct other ultra-fine processing tasks flawlessly. The equipment is primarily used for stiff, rigid-flexible, and flexible circuit board precision cutting and labelling.
The Global FPC laser cutting machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The Flexible PCB laser cutting machine from HGLASER combines a high-performance UV laser cold light source, high-precision CCD image positioning technology, and self-developed visual laser control software to implement contour cutting, drilling, and marking of FPC and PCB, as well as precise processing of composite membrane.
This FPC laser cutting machine uses a high-performance cold laser source, which precisely completes tasks like board shape cutting, contour cutting, drilling, cover film cutting, and other ultra-fine processing. For rigid, flexible, and rigid-flexible circuit boards, the equipment is primarily utilised for precise cutting and labelling.
FPC Flexible PCB Laser Cutting Machine also HGLASER’s FPC Flexible PCB Laser Cutting Machine perfectly executes contour cutting, drilling of FPC and PCB, and precision processing of composite membrane. It is equipped with a high-performance UV laser cold light source, high-precision CCD image positioning technology, and self-developed visual laser control software.
Without models, one-step forming reduces costs significantly; a precision two-dimensional worktable and a fully closed-loop CNC system guarantee micron-level accuracy; position sensors and CCD image positioning technology; and an automatic positioning and focussing system create excellent productivity.
The processing of FPC, PCB, rigid-flex board, FR4, and cover film, among other materials, is done using FPC laser cutting machines.
