Split Fiber Laser Marking Machine
The Split Fiber Laser Marking Machine features a flexible split modular structure, specially designed for complex and large-scale workpiece marking scenarios. Equipped with a high-stability fiber laser source and high-precision galvanometer scanning system, it delivers ultra-fine, clear, and permanent marking and deep engraving on all metal materials and partial non-metal materials. With free layout, strong adaptability and cost-effective performance, it is an ideal industrial laser solution for irregular, oversized and deep-processing workpieces that integrated machines cannot handle.
Product Descripation
The Split Fiber Laser Marking Machine is an industrial-grade separated laser marking and engraving device, optimized to solve the processing limitations of traditional integrated all-in-one laser machines. Adopting a classic split-type design that separates the main control host, laser source and marking head independently, the equipment breaks the space and size restrictions of integrated machines. Users can freely place and adjust the laser marking head flexibly, enabling precise marking on large-sized, heavy, irregular-shaped and deep-position workpieces, greatly expanding the application range of industrial laser processing.
Powered by a high-quality industrial fiber laser source and high-speed precision galvanometer scanning system, the machine features concentrated beam energy, low light attenuation and stable power output, supporting 24-hour uninterrupted continuous industrial operation. It achieves micron-level high-precision marking and deep engraving with smooth lines, uniform texture and no burrs. The non-contact laser processing method causes no extrusion, scratch or deformation to the workpiece surface. All marked content including serial numbers, QR codes, barcodes, brand logos, anti-counterfeiting patterns and customized texts is wear-resistant, corrosion-resistant and permanently effective, perfectly replacing traditional mechanical engraving, etching and inkjet marking processes.
This split fiber laser marker boasts excellent universal material compatibility, covering all conventional metal materials such as stainless steel, carbon steel, aluminum alloy, copper, brass, iron, zinc alloy and titanium alloy. It also supports stable marking on ABS, coated plastics, resin and other special non-metal materials. It meets diversified processing demands including fine flat marking, deep depth engraving, black marking, color marking and pattern carving, widely applicable to hardware accessories, mechanical parts, auto components, mold engraving, electronic accessories and large equipment processing industries.
Designed with industrial stability and humanized operation, the equipment adopts an efficient air-cooling heat dissipation system to ensure stable heat dissipation and low failure rate during long-term high-intensity work. It is compatible with mainstream file formats including AI, DXF, BMP, PLT and JPG. The matched professional laser control software features simple operation, flexible parameter adjustment and fast intelligent typesetting, requiring no professional technical training for novice operators. With zero consumables, low power consumption, no pollution and minimal daily maintenance cost, the Split Fiber Laser Marking Machine delivers outstanding cost performance, serving as a practical and versatile laser processing equipment for factory batch production and customized special workpiece processing.
Core Advantages
- Flexible Split Modular Structure: Independent host and laser head design, free placement and angle adjustment, perfectly suitable for large, heavy and irregular workpieces
- Powerful Fiber Laser Processing Capacity: High-stability fiber laser source ensures concentrated beam energy, supporting precision marking and deep engraving for various metal materials
- High Precision & Permanent Effect: High-speed galvanometer scanning system achieves ultra-clear, smooth and wear-resistant marking results with long-lasting service life
- Strong Scene Adaptability: Breaks the limitations of integrated machines, adaptable to complex processing environments and special-shaped workpiece marking tasks
- Low Operation Cost & Stable Performance: Zero consumables, energy-saving air-cooling design, low failure rate and easy maintenance, suitable for long-term industrial continuous production
