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Comparison of CO2, YAG and fiber laser cutting machinesIn laser cutting machines, CO₂, YAG, and fiber lasers are three major laser sources, each differing in performance, cost, and applicable materials. Here's a detailed comparison of these three laser cutters:FeatureCO₂ LaserYAG LaserFiber LaserWa
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Common Fiber Laser Cutter Alarms & Solutions1. "Laser Power Supply Fault"Causes: Overload, damaged module, poor coolingSolutions:✅ Ensure proper cooling (water/air flow)✅ Restart the machine to reset the alarm✅ Inspect/replace power supply if needed2. "Lens Contamination/Damage Alarm"Causes: Dust, m
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Laser cutting is a sophisticated and highly accurate manufacturing process that utilizes the focused energy of a laser beam to cut through various materials. It has become a preferred method for industrial and commercial applications, ranging from metal cutting to fabricating materials like wood, plastic, and even food. One of the most crucial aspects of the laser cutting process is understanding the role of laser cutting power and its impact on the cutting quality, speed, and material compatibility.
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Fiber laser cutting has become a dominant technology in various industries, known for its precision, efficiency, and versatility. The primary function of a fiber laser cutter is to cut through a wide range of materials with high accuracy, and its applications span industries like manufacturing, automotive, aerospace, and even creative fields.
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Fiber laser cutting has emerged as one of the most advanced and efficient technologies for precision cutting of various materials, particularly metals. The laser cutting process involves the use of a highly focused laser beam to cut or engrave materials. Fiber lasers, specifically, are known for their high precision, speed, and ability to handle tough materials, making them a top choice for metal cutting applications.
