Specially designed for online automatic marking of large and heavy workpieces, the split type flight bracket laser marking machine integrates innovative split type frame design and efficient flight marking technology. With its core advantages of precision, stability, and intelligence, it has become a core marking equipment in the fields of automotive manufacturing, automated production lines, and more, providing permanent anti-counterfeiting marking solutions for high demand industrial scenarios.

Intelligent automation, seamless integration with industrial production
Deeply adapted to the needs of factory assembly line operations, with the ability to automate the entire process of marking. By triggering the marking action in real-time through high-precision sensors, batch processing can be completed without manual intervention. At the same time, it supports the automatic generation and marking of dynamic information such as batch numbers and serial numbers, effectively improving production efficiency and reducing labor costs. Whether it is continuous mass production or personalized labeling requirements, it can be accurately matched to achieve efficient connection of the production process.
Wide area adaptation, overcoming the challenge of marking multiple materials
With advanced laser technology, efficient marking of multiple types of materials can be achieved. In the field of metal materials, it can easily handle high-strength workpieces such as automotive parts and high hardness alloys; Simultaneously compatible with non-metallic and special coating materials such as engineering plastics and electroplating coatings, the marking is clear and uniform, suitable for material marking needs in multiple industries such as automotive, mechanical manufacturing, and electronics. One device solves the problem of marking in multiple scenarios.
Hard core parameters create excellent marking performance
Equipped with high-performance fiber laser, the wavelength is stable at 1064nm, the output power covers an adjustable range of 20-200W, and the beam quality M ² is less than 1.8, ensuring that the marking accuracy is always online. A maximum marking speed of 7000mm/s, coupled with a minimum fine character printing capability of 0.2mm (F=160mm), achieves a perfect balance between high speed and high precision. Adopting an efficient air cooling system, the overall power consumption of the machine is only 500W, and the service life of the laser exceeds 100000 hours, significantly reducing equipment maintenance costs and downtime losses.
Innovative design, adapted to complex industrial scenarios
The breakthrough split type rack design allows for flexible adjustment of equipment layout according to the shape and size of workpieces, easily adapting to the marking needs of large, heavy, and irregular workpieces, solving the pain point of insufficient adaptability of traditional integrated equipment. Adopting non-contact processing method, there is no mechanical friction and pressure throughout the process, which can protect the surface of the workpiece intact and ensure that the marking has strong permanent and anti-counterfeiting properties, effectively avoiding the defects of traditional marking methods that are prone to wear and tampering.
Core applications empower efficient upgrading of industries
-In the field of automobile manufacturing, precise identification and marking are achieved for large metal components such as engine cylinder blocks and chassis parts, meeting the strict requirements of the automotive industry for component traceability.
-In the field of automated production lines, seamless linkage with production equipment such as conveyor belts enables high-speed dynamic marking of workpieces during continuous conveying, adapting to batch production scenarios such as food packaging and electronic components, and assisting in the automation upgrade of production lines.
The split type flight bracket laser marking machine is characterized by "intelligent adaptation, high efficiency and precision, stability and durability", redefining the marking standards for large workpieces and providing more valuable marking solutions for industrial production scenarios.