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Location：High power fiber laser cutting machine: capable of automated operation, reducing manual intervention
Click： Time：2025/11/21 15:14:10
High power fiber laser cutting machine is a device that uses laser technology for material cutting, widely used in industrial manufacturing, metal processing, precision manufacturing and other fields. It achieves high-precision cutting of various materials through high-energy concentration and focusing of laser beams. Fiber laser cutting machine is an important tool that can improve production efficiency, reduce costs, and meet the cutting needs of complex shapes
The working principle of fiber laser cutting machine is based on the high-energy concentration and focusing of laser beam. Fiber optic cutting machines typically consist of a laser generator, fiber optic transmission system, cutting head, and control system. The laser generator generates a high-energy laser beam, which is transmitted to the cutting head through a fiber optic transmission system. The cutting head focuses the laser beam onto very small points through a lens and a focusing lens, generating high energy density and achieving material cutting. The control system controls the laser cutting machine to perform precise cutting operations based on preset cutting paths and parameters.
High power fiber laser cutting machines have wide applications in many fields. In industrial manufacturing, fiber laser cutting machines are used for cutting metal sheets, pipes, and profiles. It can achieve high-speed, high-precision, and contactless cutting, suitable for materials of various shapes and thicknesses. In metal processing, fiber laser cutting machines can achieve cutting of complex shapes such as holes, curves, and text. In precision manufacturing, fiber laser cutting machines can achieve cutting of microstructures such as micropores, microgrooves, and micro parts.
The application of fiber laser cutting machines has brought many benefits. Firstly, it can achieve high-precision and high-speed cutting. Due to the high energy concentration and focusing of laser beams, fiber laser cutting machines can achieve very small and precise cutting, suitable for cutting tasks with various complex shapes and detail requirements. Secondly, fiber laser cutting tools have the characteristics of non-contact and non thermal effects. Due to the non-contact cutting of laser beams, fiber laser cutting machines can avoid problems such as material deformation, burning, and oxidation, while maintaining the original properties and quality of materials. In addition, fiber laser cutting machines also have the characteristics of high energy consumption and low noise. Due to the high energy conversion efficiency and precise control of laser cutting, fiber laser cutting machines can achieve energy-saving and environmentally friendly cutting operations, while operating with low noise, making them suitable for work environments with high noise requirements.
The working principle of fiber laser cutting machine is based on the high-energy concentration and focusing of laser beam. Fiber optic cutting machines typically consist of a laser generator, fiber optic transmission system, cutting head, and control system. The laser generator generates a high-energy laser beam, which is transmitted to the cutting head through a fiber optic transmission system. The cutting head focuses the laser beam onto very small points through a lens and a focusing lens, generating high energy density and achieving material cutting. The control system controls the laser cutting machine to perform precise cutting operations based on preset cutting paths and parameters.
High power fiber laser cutting machines have wide applications in many fields. In industrial manufacturing, fiber laser cutting machines are used for cutting metal sheets, pipes, and profiles. It can achieve high-speed, high-precision, and contactless cutting, suitable for materials of various shapes and thicknesses. In metal processing, fiber laser cutting machines can achieve cutting of complex shapes such as holes, curves, and text. In precision manufacturing, fiber laser cutting machines can achieve cutting of microstructures such as micropores, microgrooves, and micro parts.
The application of fiber laser cutting machines has brought many benefits. Firstly, it can achieve high-precision and high-speed cutting. Due to the high energy concentration and focusing of laser beams, fiber laser cutting machines can achieve very small and precise cutting, suitable for cutting tasks with various complex shapes and detail requirements. Secondly, fiber laser cutting tools have the characteristics of non-contact and non thermal effects. Due to the non-contact cutting of laser beams, fiber laser cutting machines can avoid problems such as material deformation, burning, and oxidation, while maintaining the original properties and quality of materials. In addition, fiber laser cutting machines also have the characteristics of high energy consumption and low noise. Due to the high energy conversion efficiency and precise control of laser cutting, fiber laser cutting machines can achieve energy-saving and environmentally friendly cutting operations, while operating with low noise, making them suitable for work environments with high noise requirements.