Raycus Global-Series CW Fiber Laser Source | RFL-C20000M-CE Multi Module

The Raycus Global-Series RFL-C20000M-CE stands as a premier solution for ultra-high-power metal processing, delivering a massive 20,000 Watts of continuous wave laser energy through an advanced multi-module architectural design. By combining high-efficiency sub-modules through fiber optical beam combiners, this system balances thermal loads beautifully and offers exceptional architectural redundancy, ensuring that deep-penetration welding and thick plate cutting jobs proceed with uninterrupted processing stability. It boasts industry-leading electro-optical conversion efficiency, lowering general power consumption and manufacturing operating costs. Equipped with heavy-capacity QBH or QD output connectors, it matches perfectly with modern high-power auto-focus laser cutting torches. The system keeps output power instability strictly limited within ±1.5% while requiring zero ongoing optical maintenance. Enhanced by an integrated red guide beam for instant workpiece coordinate indexing, this industrial-grade 20kW multi-module generator is ideal for high-scale structural fabrication, shipyards, heavy transport manufacturing, and advanced metal profile job shops.

Industrial multi-module 20kW configuration providing robust architectural redundancy
High electro-optical conversion efficiency to significantly minimize utility bills
Maintenance-free sealed optical framework preventing internal alignment issues
Ultra-precise power stability held within ±1.5% for consistent kerf and cutting profiles
Heavy-load standardized QBH/QD fiber outputs for secure high-power transmission
Advanced thermal balancing across distributed modules to extend laser diode lifespan
Integrated red alignment laser for straightforward reference positioning and tracking

Engineering Analysis & Technical Data

Technical Parameter	Specification Details
MODEL NUMBER	RFL-C20000M-CE (Multi Module)
OPERATION MODE	Continuous Wave (CW)
NOMINAL POWER	20000W (20kW)
POWER INSTABILITY	±1.5%
AIMING BEAM	Red Pilot Guide Laser Included
MECHANICAL	fiberInterface: High-Capacity QBH / QD Output Compatible \| outputFiberLength: Customizable based on machine integration parameters \| coolingRequirement: Heavy-Duty Dual-Circuit Industrial Chiller Required \| controlInterface: Industrial RS232 / AD / Ethernet Protocol Communication Interfaces

Industrial Applications

Usage Scenario	Target Industry
Ultra-High-Speed Precision Processing of Thick Mild Steel and Carbon Steel Plates	Heavy Plate Metal Processing and Large CNC Cutting Job Shops
Dross-Free Heavy Stainless Steel and Industrial Alloy Metal Cutting	Shipbuilding, Marine Engineering, and Railway Carriage Assembly
High-Efficiency Profiling of Reflective Sheets (Aluminum, Brass, Copper)	Aerospace, Defense, and High-Load Structural Fabrication
Deep-Penetration Heavy-Duty Industrial Fiber Laser Welding	Heavy Industrial Machinery and Construction Equipment Manufacturing
Rapid High-Thickness Piercing and Large Diameter Tube Cutting	Automotive Chassis, Structural Framework, and Electric Vehicle Battery Lines
Large-Scale High-Output Additive Manufacturing & 3D Prototyping Systems	General Engineering
Heavy Industrial Metal Carving, Surface Oxide Cleaning, and Preparation	General Engineering

Technical FAQ

What are the structural advantages of a multi-module 20kW system over single-module setups?

A multi-module system divides the massive 20,000-Watt power requirement across several optimized laser sub-modules combined via heavy-duty fiber coupling. This distributed configuration provides excellent thermal dissipation characteristics, reduces component stress, and offers inherent power redundancy—meaning the system maintains operational reliability and output profiling even during extended, high-power factory shifts.

Why is power instability held strictly to ±1.5% in ultra-high-power cutting?

When cutting heavy plates at 20,000 Watts, even minor drops in power can result in incomplete cuts or heavy slag accumulation, while power spikes can over-burn narrow slots. Maintaining power stability within ±1.5% ensures constant thermal delivery, producing perfectly uniform kerf dimensions, smooth side-wall profiles, and reliable micro-joints on complex patterns.

What type of cooling framework does the RFL-C20000M-CE require?

Operating a 20kW multi-module laser requires a dedicated, heavy-duty industrial water chiller featuring dual independent cooling circuits. One circuit must circulate high-flow water to stabilize the internal laser diode assemblies, while the second separate loop cools the high-load output fiber optic connector (QBH/QD) to combat thermal lensing and safeguard optical clarity.

Detailed Overview of Raycus Global-Series CW Fiber Laser Source | RFL-C20000M-CE Multi Module

Advanced Engineering & Integration

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