A laser marking applications in the steel industry
    Each batch of steel mills sales, we need to make the record on the record material to achieve traceability management products that each bundle of steel plate welded with two ends, the contents of the nameplate include: quality information, weight information, bundle numbers.
    Before taking the process: in the form of mechanical indentation mark recorded on aluminum plate
    New Technology: Requires all production processes using information management, the previous indentation style signs can mark characters or numeric characters, bar codes can not be beat, can not be read by scanning the bar code gun to achieve information management. Therefore, the current rolling mill finished steel plate using a bar code transformation is a trend.
    Solution: laser marking machine and production line computer data connection, using a laser to mark all the information on the label, including bar codes, so that each batch of manufactured steel has a unique set of identification information, which will help the computer to recognize management, reduce human readable digital error rate, and improve the efficiency of reading.
    Features: sophisticated industrial design, IP55 protection grade, waterproof, dustproof, anti-magnetic, shock, multi-site enterprises for iron and steel scrap more than dust vibration conditions. Split cooling system cooling, suitable for high temperature steel industry job site conditions. Wide voltage input range, suitable for iron and steel enterprises unstable voltage fluctuations of the field conditions. Playing a set of signs (of the two, front and rear end faces of each bundle hanging piece each), working the beat for about 20 seconds, and for steel production frequency requirements.
Second, the laser processing applications in the metallurgical industry
    Application Notes
    Non-contact processing, no tool wear; easy to guide the laser beam, focused to achieve a direction change, easily and CNC systems with complex workpiece machining; a high hardness, high brittleness, high melting point and soft materials materials for processing; laser beam energy high density, processing speed; easy combination with the traditional production process, form a production line.
    Processing methods and typical applications
    Laser texturing
    Laser hardening
    Laser cutting
    Laser welding