A Fiber laser marking machines (such as the 3-inch cabinet-type fiber marking machine) are preferred for metal/composite materials, ensuring high accuracy of ±0.01mm. Carbon dioxide marking machines are suitable for plastics/non-metallic materials. UV vision cabinet-type marking machines are recommended for fine marking applications, while cold laser technology avoids heat-affected zones.

A It covers dynamic marking on automotive assembly lines (flying fiber marking machines), cold laser operations in medical sterile workshops (UV vision cabinet-type marking machines), jewelry micro-engraving (all-in-one portable carbon dioxide marking machines), and high-speed marking of new energy lithium battery electrodes (flying carbon dioxide plus assembly line marking machines).

A We provide 48-hour remote diagnosis or on-site maintenance response, supporting ISO/CE/FDA certification compliance in multiple countries worldwide. Core components (laser heads and CNC modules) enjoy a 5-year warranty, while the entire machine comes with a 2-year warranty and lifetime technical support, ensuring zero production interruption.

A We regularly clean the laser head and optical components to prevent dust, calibrate equipment to maintain high precision, and update intelligent systems to meet Industry 4.0 requirements. We address common issues such as laser power fluctuations by checking the power module and blurry markings by clearing the focusing lens/recalibrating. This ensures stable operation throughout the entire process.

A Through laser parameter tuning (such as pulse frequency and scanning speed optimization), intelligent system integration (interfacing with the MES to monitor energy consumption in real time), and user-friendly operating system design, we reduce energy costs while improving production sustainability. Global customers have verified a 30% energy efficiency improvement.