Metal Sheet Fiber Laser Cutting Machine PW6025 Fully Enclosed 12KW

Innovative Metal Sheet Cutting Solution for Industrial Users
The Metal Sheet Fiber Laser Cutting Machine PW6025 Fully Enclosed 12KW is engineered specifically to meet the demands of industrial metal fabrication facilities and precision manufacturing sectors. Designed with a fully enclosed workspace, this fiber laser cutting machine enhances safety while optimizing operational efficiency. Its dual interchangeable working tables facilitate continuous production, reducing downtime and increasing throughput. Targeted primarily at engineering teams and procurement managers seeking dependable cutting solutions, this system integrates seamlessly into existing workflows. As a well-established fiber laser cutting machine supplier, our company supports customers requiring robust processing of stainless steel, carbon steel, aluminum, and brass with high repeatability and system integration potential.

Advanced Construction Featuring Precision and Stability
This cnc laser cutting machine incorporates a gantry structure coupled with a seamless welded lathe bed and a cast aluminum crossbeam to ensure the structural rigidity critical for high precision tasks. It is powered by a 12KW Raycus CE-version fiber laser resonator that delivers consistent beam quality with a maximum no-load speed of 120m/min. The machine achieves positioning accuracies of ±0.05mm on the XY axes and ±0.008mm on the Z axis, controlled by the advanced CYPCUT system and height-follow functionality. Supporting substantial loading weights of up to 2500 kg per table, the PW6025 is water-cooled to maintain operational stability under continuous use. The selection of premium components such as Raytools and HIWIN ensures durability and minimized maintenance, making it a reliable fiber laser cutting machine for heavy industrial utilization.

Versatility Across Multiple Metal Cutting Applications
The PW6025 fiber laser cutting machine offers significant value in diverse sectors including automotive, aerospace, structural fabrication, and decorative metalworking. Its capacity to cut up to 40mm mild steel and 30mm stainless steel enables fabricators to handle a wide spectrum of project specifications precisely and efficiently. The fully enclosed design satisfies stringent workplace safety standards and supports clean processing environments. Integration with automated systems is facilitated through its dual-table design, maximizing throughput for batch or continuous production. This laser cutting machine supports high-precision and cost-efficient metal sheet fabrication, enabling manufacturers to meet demanding quality standards while improving operational ROI.


Product Advantages

Structural and System Design Advantages
The structural design of the PW6025 fiber laser cutting machine leverages a robust gantry system combined with a seamless welded lathe bed and cast aluminum crossbeam to ensure exceptional rigidity and vibration resistance. This configuration supports high-precision positioning essential for complex metal cutting tasks. Dual interchangeable working tables enhance operational efficiency by allowing simultaneous processing and material loading/unloading, optimizing workflow continuity. Integration of premium laser sources from Raycus and precision cutting heads such as Raytools or PRECITEC guarantees consistent cut quality and system reliability. The fully enclosed protective cover meets the latest safety regulations, minimizing operator risk while maintaining cutting accuracy. These structural features collectively position this fiber laser cutting machine supplier as a leader in advanced industrial laser cutting solutions.

Performance and User-Centric Features Enhancing Productivity
Operational performance benefits from highly accurate movement control driven by the CYPCUT system, delivering positioning repeatability within ±0.05mm on XY axes, significantly reducing scrap rates in production. High-speed cutting capabilities reaching 120m/min no-load speed enable rapid throughput without sacrificing precision. The water cooling method supports extended operation cycles, preventing thermal drift affecting cutting quality. User interface parameters and automated height-follow systems simplify operation and reduce setup times, empowering engineering teams to maintain consistent outcomes with minimal intervention. Robust component selection ensures durability under continuous heavy-duty production scenarios. Collectively, these performance characteristics provide manufacturing operators with a fiber laser cutting machine that balances reliability, precision, and user efficiency.

Main Configuration of Fiber Laser Machine Bed

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Packing List  

Free Spare Parts List 

Packing and Delivery: Film or Plywood case package in one 40FR

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