MAX CW Fiber Laser MFSC and MFMC series 1000-12000w Laser Source

MFMC series 6000W-20000W High Power Multi-Module CW Laser: An Overview

The 6000W-20000W High-Power Multi-Module CW Laser series is renowned for merging the benefits of water cooling with a modular design. Though compact, this series stands out for its highly integrated system that requires no maintenance. It’s praised for its beam stability, exceptional beam quality, and reliability. Paired with the fiber laser QBH output head, it integrates well with robots or machinery tools, finding applications in laser cutting, new energy, construction machinery, automotive parts, aerospace, and many more.

Key Features:

  • High Power with Stellar Beam Quality: Provides impressive wall-plug efficiency, high power density, and flat-head distribution.
  • Even Energy Distribution: Reduces splashes during the cutting and welding phases.
  • Exceptional Material Processing: Efficient on thin sheets and robust for thick materials.
  • Compact and Maintenance-Free Design: Comes with an integrated modular system for better stability and reduced TCO.
  • Cutting and Welding Prowess: Extensively used across sectors like hardware processing, automotive, shipping, medical sectors, and more.

 

Model:

MFSC-3000C cutting 

MFSC-6000C cutting 

MFSC-12000x cutting 

MFSC-1500C welding   

MFSC-2000C welding  

MFSC-3000C welding

MFSC 1000W-6000W SINGLE MODULE CW FIBER LASER:

The MFSC 1000W-6000W SINGLE MODULE CW FIBER LASER stands out as a high-power fiber laser known for its high electro-optical conversion efficiency, compactness, superior beam quality, and maintenance-free feature. It offers a broad spectrum of fiber core diameter, starting from 100~600um, which can be customized further from 800um~1000um. This product finds its significant applications in metal welding, cladding, new energy, 3C, precision machining, and many more.

Application Benefits:

  • Up to 6KW Output From CW Single Module Series with impeccable beam quality.
  • Highly efficient, coupled with a reduction in volume, facilitates easy system integration.
  • A compact, maintenance-free design ensures a minimized Total Cost of Ownership (TCO).
  • In-house production of pivotal components guarantees quality and reliability.

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