Does your fiber laser cutting machine really suit? And how do we check whether our machine is suitable for our production? We all want to find a fiber laser cutting machine that suits us: if the power is too small, the laser beam cannot penetrate the sheets or tubes; if the power is too high, it will appear to be overqualified. So how do we choose a cutting machine that is both suitable for our production needs and cost-effective?<\/p>\n\n\n\n
Today let\u2019s put our sight on this topic. In today\u2019s sharing I prepare some advice and points for you and I hope they are helpful.<\/p>\n\n\n\n
Firstly,<\/strong> you should know how many kinds of laser cutting machines in terms of power: they are low power; high power, ultra high power. In recent years, the manufacturing industry has rapidly adopted ultra-high-power fiber laser cutting machines in the 10 to 40 kW range for cutting. By focusing on the most advanced laser cutting systems every year on the show floor or at educational seminars, we find that the maximum power available for cutting has risen dramatically from 40kW in 2022 to 100kW in 2024, a 2.5- Next <\/strong>we move to the different performances of different powered fiber laser cutting machines.<\/p>\n\n\n\n Higher laser power leads to substantially faster cutting speeds, resulting in notable reductions in operating costs, including gas usage, cycle time per part, and energy consumption per part, as well as significantly lower cost per part. Cutting speeds can increase by several times for most stainless steel thicknesses, leading to substantial reductions in gas usage and other operating costs.<\/p>\n\n\n\n With significantly higher cutting speeds, ultra-high-power laser cutting is becoming more competitive with mechanical methods such as punching. It maintains key advantages like flexibility, low tool wear, non-contact processing, and the ability to cut complex thin materials. As manufacturing increasingly demands flexibility, the speed of ultra-high-power lasers is shifting cost considerations beyond the traditional comparison between laser cutting and stamping.<\/p>\n\n\n\n Now let\u2019s explore how different power levels perform in production processing. We\u2019ll mainly discuss their application fields and production capabilities.<\/p>\n\n\n\n Low-power laser cutters<\/strong> are typically used for processing intricate models, making them ideal for fine and detailed cutting tasks such as jewelry, electronic parts, and thin metal components. They offer high precision and detail, enabling cutting and engraving of complex shapes. However, they operate at a slower pace, best suited for production tasks that prioritize precision.<\/p>\n\n\n\n
fold increase in two years. In the past year alone, the maximum laser power of cutting systems has jumped to 100 kW. This year, the rapid development of lasers continues.<\/p>\n\n\n\nPerformance analysis of three laser cutters<\/h2>\n\n\n\n