It adopts the third-generation fiber laser, using optical fiber as the laser transmission medium. Through electro-optical conversion, electrical energy is transformed into laser energy. Then, the movement trajectory of the laser beam is controlled by the high-speed scanning galvanometer system to achieve the marking function on the surface of the workpiece.
Advantages
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High performance: The photoelectric conversion efficiency is high, reaching over 30%. Compared with other types of laser marking machines, it can generate stronger laser energy with less power consumption, reducing energy costs.
Good beam quality: The output laser beam has a fundamental mode, short pulses, high peak power, and high repetition rate. The focused spot size is small, enabling fine marking. The minimum line width can reach 0.03mm, allowing for clear marking of tiny characters, patterns, and barcodes, etc.
Long lifespan: The lifespan of fiber lasers can typically reach over 100,000 hours, reducing the frequency of equipment replacement and maintenance and lowering maintenance costs.
High stability: It adopts an integrated overall structure, free from optical pollution and power coupling loss, and is equipped with an air cooling system, providing excellent heat dissipation performance. It can maintain stable performance even during long-term continuous operation.
Fast speed: The high-speed galvanometer scanning system significantly increases the marking speed, reaching over 10,000 mm/s at the fastest, which can effectively enhance production efficiency.
Application scope: Widely applicable to graphic and text marking in numerous fields such as integrated circuit chips, computer accessories, industrial bearings, watches, electronic and communication products, aerospace devices, various automotive parts, household appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco.
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