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In industrial metalworking, laser technology is frequently utilised as a thermal process. Light Amplification by Stimulated Emission of Radiation is what the term “Laser” stands for. Different materials in a range of thicknesses can be accurately and neatly sliced or joined by lasers.
Gases are crucial to the utilisation of laser processes since they are necessary as supplementary materials at various stages of the procedure. Gas mixers are typically utilised in conjunction with laser cutting and laser welding systems since gas mixtures are frequently utilised. For laser cutting and laser welding, the calibre of the gas mixers or gas mixtures is crucial.
The Global Laser Technology gasmixer market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
Silky Cut Fibre and Gas Mixer are two leading-edge technologies that Amada has introduced to raise the bar for fibre laser cutting quality.
These ground-breaking improvements, available for the company’s ENSIS and LCG (4kW+) family of fibre laser cutting machines, provide greater quality compared to standard fibre lasers, enabling customers to access new markets and win new business.
High process speeds have continued to drive the industry’s need for fibre laser technology, however it is generally known that quality suffers when working on thicker sheets with some materials, falling below that of CO2 lasers. Amada’s Silky Cut, which uses fibre laser technology, was created to provide CO2-quality stainless steel processing up to 15mm thick, keeping this in mind.
