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  • ABP4000/2000 Fiber Laser

ABP4000/2000 Fiber Laser

Raycus RFL-ABP (Adjustable Beam Profile) technology is a significant advancement in the field of fiber lasers, addressing the need for adjustable beam modes and power distribution in laser cutting and welding applications. Here's a breakdown of its key features and advantages:

  • Customizable Beam Profiles: Raycus has developed a specialized optical fiber combiner that allows users to generate various beam profiles, including Gaussian spot, ring spot, mixed spot, and more. This adaptability is crucial because different materials and tasks often require specific beam profiles for optimal results.

  • On-the-Fly Beam Mode Switching: Users can easily switch between different beam modes during laser processing operations. This capability provides flexibility for adapting to changing processing requirements, materials, and tasks, contributing to enhanced efficiency and quality.

  • Independent Power Control: One of the standout features of RFL-ABP is the ability to independently control the power of the fiber core and the ring core. This independent adjustment enables precise control over the power distribution within the laser beam, empowering users to fine-tune the laser output for different applications.

  • Enhanced Processing Quality: RFL-ABP is designed to meet the needs of high-quality laser cutting and welding. By tailoring the beam profile and power distribution, users can achieve improved processing quality, precision, and consistency.

  • Improved Processing Efficiency: The capability to customize beam profiles and power distribution results in enhanced processing efficiency. This can lead to reduced processing times and increased overall productivity, making it a valuable asset in industrial applications.

In conclusion, Raycus RFL-ABP technology fills a crucial gap in domestic fiber laser technology by offering adjustable beam modes and independent power control. This innovation provides users with the tools to optimize laser processing for various tasks, contributing to improved processing quality and efficiency in laser cutting and welding applications.

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