MFSC-12000 Fiber Laser by Max Photonics
The MFSC-12000 is a 12kW continuous wave fiber laser developed by Max Photonics, tailored for high-speed, high-precision industrial cutting. It features a compact design with high electro-optical conversion efficiency, offering reduced energy consumption and minimized maintenance. With excellent beam quality, stable power output, and compatibility with automated systems, this laser ensures clean, fast, and deep cuts in a wide range of metals, including stainless steel, carbon steel, aluminum, and copper.
CWFL-12000 Industrial Chiller by TEYU Chiller Manufacturer
To ensure optimal performance and longevity of a 12kW fiber laser, reliable thermal management is critical. The CWFL-12000 industrial chiller from TEYU is specially engineered for cooling 12000W fiber laser equipment. This fiber laser chiller adopts dual temperature control circuits, enabling independent cooling for both the laser source and the optics.
Main features:
* Cooling Capacity: Designed for 12000W fiber lasers
* Temperature Stability: ±1°C for consistent thermal conditions
* Dual Cooling Circuit: Independent cooling for laser head and power source
* Refrigerant: Eco-friendly R-410A
* Communication Protocol: Supports RS-485 Modbus for intelligent monitoring
* Protections: Multiple alarms (flow, temperature, level, and more)
* Warranty: 2 years, backed by TEYU's global service support
The CWFL-12000 fiber laser chiller offers a compact, space-efficient design while ensuring high heat dissipation efficiency and reliable round-the-clock operation even under intensive workloads.
Seamless Integration for Fiber Laser Cutting Systems
When combined in a fiber laser cutting setup, the MFSC-12000 and CWFL-12000 create a high-performance, energy-efficient system capable of handling large-scale industrial cutting applications with outstanding precision and durability. The MFSC-12000 delivers high-output laser energy, while the CWFL-12000 chiller maintains ideal working temperatures to protect sensitive components and reduce thermal stress. This configuration is widely adopted in automotive, aerospace, heavy machinery, and metal fabrication industries where productivity, cutting quality, and equipment uptime are mission-critical.
Source: https://www.teyuchiller.com/high-performance-fiber-laser-cutting-system-with-mfsc-12000-and-cwfl-12000.html