The Flying laser marking machine is designed for large-scale production environments and is suitable for all types of assembly line projects. The laser marking technology combined with the conveyor belt can automatically locate and continuously mark products without human intervention, thereby significantly improving production efficiency, reducing labor costs, and effectively shortening production cycles.
Laser: It is the core component. Common lasers include fiber lasers, CO2 lasers, etc. Different types of lasers are suitable for different materials. Feiss's flying laser marking machine is equipped with a fiber laser.
Galvanometer system: The high-speed scanning galvanometer, which consists of a galvanometer motor and a reflector, is responsible for controlling the scanning direction and speed of the laser beam, and can mark the workpiece in white, black, or depth.
Control system: Through dedicated marking control software, users can design marking content, adjust marking parameters, and achieve precise control of the marking process.
Communication software: Data communication is carried out through serial port or network port, and it comes with single-machine and dual-machine encoding software.
Visual rejection: It comes with visual communication protocol, and users can choose this function to achieve seamless integration.
Remote control: It can be linked with the host computer through Ethernet to achieve remote operation in different places.
Protection level: The overall protection level of the controller reaches IP55.
High precision: Medical devices and other products that require extremely high marking accuracy, the flying laser marking machine can meet their strict quality standards. The red light positioning system is adopted, which is convenient for positioning and has high positioning accuracy.
Flexibility: It is not limited by materials and can be marked on various surfaces, including metal, plastic, ceramic, glass, wood, leather, etc.
Anti-counterfeiting: The marking effect has a unique visual and tactile effect, the mark is clear and durable, difficult to erase or tamper with, and has strong anti-counterfeiting and anti-channeling characteristics.
Widely used in tobacco, biopharmaceuticals, wine, food and beverage, health products, electronics, auto parts, card making, crafts, clothing accessories, building materials and other industries. For example, in the automotive industry, it can be used to mark auto parts such as engine cylinders, pistons, transmission shafts, etc.; in the electronics industry, it can be used to mark the shells and circuit boards of electronic products such as mobile phones and computers.
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