Efficient Cooling for 3000W Handheld Fiber Laser Devices: RMFL-3000 Chiller Application Case

In high-power handheld fiber laser applications, effective cooling is essential to maintain optimal performance and longevity. A 3000W handheld fiber laser device requires a reliable cooling system to prevent overheating and ensure stable operation. The TEYU RMFL-3000 rack-mount water chiller is an ideal solution, providing precise temperature control and efficient heat dissipation. This case study explores how the RMFL-3000 chiller supports a 3000W handheld fiber laser device in industrial metal processing.

A customer specializing in metal processing sought a compact yet powerful chiller to cool their 3000W handheld fiber laser used for cutting, welding, and cleaning applications. Given the high heat output of such lasers, the cooling system needed to deliver stable and efficient temperature control while fitting within a space-constrained work environment.

Why Choose the Chiller RMFL-3000?

Rack-Mount Design – The RMFL-3000's compact and space-saving design allows easy integration into laser systems without occupying excessive floor space.

High Cooling Capacity – Engineered for fiber laser applications up to 3000W, it ensures effective heat dissipation for consistent laser performance.

Dual Temperature Control – The chiller features two independent cooling circuits, optimizing temperature regulation for both the laser source and optics.

Intelligent Control System – With precision temperature control (±0.5°C), the chiller prevents fluctuations that could impact laser output quality.

Energy Efficiency – The advanced refrigeration system enhances efficiency, reducing power consumption while maintaining cooling performance.

Multiple Protections – Built-in alarm functions safeguard against overheating, water flow disruptions, and electrical faults, ensuring safe operation.

Performance in Real-World Application

Once installed, the RMFL-3000 chiller significantly improved the stability of the 3000W handheld fiber laser device. The chiller's dual-loop system effectively maintained the laser source at an optimal temperature, preventing overheating-related downtime. Additionally, the compact rack-mount configuration allowed seamless integration into the customer's workspace, optimizing workflow efficiency.

For businesses utilizing high-power handheld fiber lasers, maintaining an optimal operating temperature is crucial for performance, efficiency, and longevity. The TEYU RMFL-3000 rack chiller has proven to be an excellent solution for cooling 3000W handheld fiber laser devices, ensuring stable operation, minimal downtime, and improved processing efficiency.