MAX CW 1500W/2000W/3000W 단일 모듈 섬유 레이저 소스

• High-Power Compact Design：Delivers a maximum output power of 3000W with excellent photoelectric conversion efficiency. The device (e.g., MFSC-2000) measures only 410×371×124mm, making its small size ideal for integration with various processing equipment.
• Modular & Easy Maintenance：Built with a modular architecture, core components can be replaced independently. Combined with international service stations (in India, Germany, the US, etc.), it significantly reduces downtime and maintenance costs.
• Intelligent Independent Control：Self-developed intelligent software enables real-time dynamic monitoring. Equipped with RS-232 serial port and DB15 external control interface, it supports independent control or production line linkage, with simple and user-friendly operation.
• High Integration & Versatility：Integrates components like water cooling ports and Bluetooth antennas. The fiber optic connector supports microscope-mounted installation and cleaning maintenance, adapting to multiple processes such as laser cutting, welding, and cladding.
• Precision Processing Capability：Boasts excellent beam quality, performing outstandingly in high-reflectivity material cutting (e.g., brass) and 3C product precision welding. It can stably process 4-18mm metal materials.

• Laser Cutting: Cutting of 4-6mm brass, 4-8mm stainless steel, 6-18mm carbon steel and other metal materials
• Laser Welding: Precision welding of 3C products, butt welding of metal components
• Laser Processing: Laser cladding, brazing, surface heat treatment
• Industrial Manufacturing: Automotive parts processing, hardware product cutting, electronic component welding

• What's the difference in processing capabilities between different power models?

Answer: 1500W is suitable for 4-10mm metal cutting/low-to-medium power welding; 2000W supports 4-15mm materials; 3000W can stably process 6-18mm thick metals. Higher power corresponds to thicker material compatibility and higher processing efficiency.

• What convenience does the modular design bring?

Answer: Core modules can be disassembled and replaced independently, eliminating the need to send the entire machine back for repair. Combined with international service stations, maintenance response is faster, greatly reducing production line downtime.

• Why choose this laser for cutting high-reflectivity materials?

Answer: Its excellent beam quality and power stability effectively avoid energy reflection issues when processing high-reflectivity materials (e.g., brass), ensuring cutting quality and equipment safety.

• What should be noted for daily maintenance?

Answer: Regularly clean the protective lens of the fiber optic connector (with a cotton swab), keep the water cooling system's circulating water clean, and prevent dust from entering optical components. You can contact service stations for regular calibration.

• Does it support production line linkage?

Answer: Equipped with a DB15 external control interface and RS-232 serial port, it can be connected to production line control systems for linked processing. It also supports independent control mode, adapting to different production scenarios.