MAX Continuous Water-Cooled Welding Fiber Laser

Product Overview

• Welding-Specific Performance Optimization: The laser adopts a customized optical path design for laser welding, ensuring high spot consistency and uniform penetration. With a laser on/off response time in the microsecond level, it enables precise control over weld formation, supporting various processes such as butt welding, lap welding, and brazing to meet both precision and conventional welding needs. The power adjustment range of 5~100% allows flexible adaptation to different plate thicknesses, achieving efficient welding of various metal specifications.
• High-Stability Water-Cooling Design: Equipped with a standard industrial-grade water-cooling system, the laser ensures precise temperature control to effectively dissipate heat generated by the laser module during continuous welding operations. This prevents power attenuation, guaranteeing exceptional stability under prolonged working conditions with a short-term power stability of ±1% and no significant long-term power drift, thus ensuring consistent weld quality.
• High Reliability & Strong Adaptability: Utilizing a modular all-fiber structure eliminates complex mechanical adjustment components, resulting in low failure rates and extended maintenance-free periods with a long service life for core components like pump sources. It supports multiple output methods including QBH and LOE, with customizable output fiber core diameters, and is compatible with various industrial bus protocols for flexible integration with automated or handheld welding equipment. Built-in multiple intelligent protection mechanisms ensure reliable operation in complex industrial environments with dust and temperature/humidity fluctuations.
• Versatile Expandability: Integrated with waveform editing functionality, the laser allows precise control over the output waveform to meet diverse processing needs for special-shaped workpieces and complex welds. Beyond core welding applications, it can be extended for laser cladding and surface heat treatment, enabling multi-scenario processing with a single device and improving equipment utilization.

Product Technical Parameters

Product Applications

1. MFSC-1500C / 2000C: Focused on low-to-medium power precision welding, these models are ideal for welding thin plates (0.5-3mm) such as precision electronic components, small kitchen and bathroom hardware, thin-walled sheet metal parts, and small automotive components. Compatible with handheld welding equipment, they meet the flexible, small-batch, and multi-variety non-standard welding needs with fine, aesthetic welds.
2. MFSC-3000C: As the mainstream industrial model balancing precision and conventional welding, it enables efficient welding of 3-8mm materials including carbon steel, stainless steel, and aluminum alloy. Applications include welding shelves, guardrails, small steel structures, and automotive body parts. It is suitable for both automated assembly line production and equipment maintenance/non-standard part processing via handheld guns, offering outstanding cost performance.
3. MFSC-6000C: Designed for medium-thick plate welding and high-difficulty applications, it can weld metal plates (8-15mm) and process high-reflective materials like aluminum and copper. Typical uses include welding engineering machinery structural parts, large steel structures, ship components, and automotive chassis parts. It can also be extended for laser cladding, welding repair, and surface strengthening, meeting the processing demands of heavy manufacturing.