Laser cutting machines require a stable environment for optimal performance. Factors like temperature, humidity, and power stability affect precision and efficiency. Maintaining ideal conditions minimizes failures, reduces costs, and extends service life.
Read MoreDue to their high reflectivity and thermal conductivity, traditional laser cutting of highly reflective materials such as galvanized sheets, copper, and aluminum presents certain challenges, such as laser reflection damaging equipment and unstable cutting. However, with the continuous advancement of......
Read MoreWith the widespread application of laser cutting technology, companies need to pay attention to the following key issues when processing complex shapes or curved materials to ensure cutting quality and production efficiency.
Read MoreThis article will analyze the operating costs of fiber laser cutting machines from the aspects of power consumption, auxiliary gas, consumables and labor costs, and explore optimization strategies to help companies improve efficiency and reduce expenses.
Read MoreThe cutting speed of laser cutting machines directly affects production efficiency and cost control. The cutting speed is determined by a variety of factors, including equipment performance, material properties, process parameters, and external environment. By upgrading high-power equipment, optimiz......
Read MoreTraditional methods such as mechanical sawing, plasma cutting and flame cutting have obvious limitations in accuracy, efficiency and flexibility. As a modern process, laser tube cutting technology has quickly emerged with its outstanding advantages of high precision, high efficiency and environment......
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