Raycus Laser RFL-C30000 RFL-C series core continuous fiber laser

The Raycus Laser RFL-C30000 is a cutting-edge 30,000W continuous-wave (CW) fiber laser source, representing the pinnacle of Raycus’ RFL-C Series. Designed for ultra-heavy-duty industrial applications, this model delivers unmatched power and precision for processing thick metals, high-reflectivity materials, and large-scale components. Engineered with advanced optical technology and robust hardware, it sets new standards for efficiency and reliability in high-power laser machining.

Key Features

Industry-Leading Ultra-High Power

Delivers a stable 30kW output, enabling cutting of extremely thick materials (e.g., 50mm+ carbon steel) and high-speed processing of large workpieces.

Maintains excellent beam quality (M² ≤2.2) even at full power, ensuring consistent energy distribution for precise results.

Advanced Anti-Reflection (AR) Technology

Patented optical design with multi-layer isolation and real-time back-reflection monitoring prevents damage from highly reflective materials like copper, aluminum, and brass.

Ideal for continuous production lines handling HR metals without performance degradation.

Modular and Scalable Design

Compact, rack-mounted architecture simplifies integration into gantry-style cutting machines, robotic welding systems, or automated production lines.

Supports multi-laser beam combining (e.g., parallel or series configuration) for applications requiring even higher power (e.g., 60kW+ systems).

Intelligent Process Control System

Real-time monitoring of critical parameters (power, temperature, back-reflection, and coolant flow) via a intuitive HMI or remote interface.

Programmable waveform modes (e.g., pulsed, step-wave) for optimized cutting, welding, or cladding profiles across diverse materials.

Rugged Industrial Durability

Built to operate in harsh environments (-10°C to 45°C) with a closed-loop water-cooling system and dust-resistant housing.

Low-maintenance design featuring long-life pump modules and high-efficiency heat dissipation, reducing downtime and operational costs.

Energy Efficiency

High electro-optical efficiency (≥40%) minimizes power consumption, delivering 30kW output with ≤75kW total power draw at full load.