High Power Fiber Laser Cutting Machine | Han’s Laser

Industrial High Power Fiber Laser Cutting Machine Han’s Laser 

For modern metal fabrication facilities, heavy machinery manufacturers, and industrial steel service centers, investing in a High Power Fiber Laser Cutting Machine is essential to scaling throughput, reducing per-part operational costs, and processing thick plate materials with smooth edge quality.

The High Power Fiber Laser Cutting Machine from Han’s Laser features an ultra-stable fiber laser source paired with intelligent head technology and automated parameter controls. Its heavy-duty machine bed undergoes high-temperature annealing and stress-relief processing to prevent structural deformation over decades of continuous operation. Combined with an engineered lightweight aluminum gantry, the system achieves exceptional acceleration and high-speed cornering without sacrificing edge accuracy.

Equipped with smart CNC controls and automated nesting software, this High Power Fiber Laser Cutting Machine optimizes material utilization, minimizes piercing times, and delivers clean, burr-free cuts across medium-to-thick sheet metal stock. Automatic exchange tables further streamline loading and unloading cycles to ensure uninterrupted daily factory production.

As an authorized direct distributor of Han’s Laser for over 13 years, Thermal Mechanics provides end-to-end service—from technical machine sizing and site preparation to turnkey installation, operator training, preventative maintenance, and immediate local spare parts supply.

Superior Cutting Capabilities

• Wavelength Advantage: Operating at a wavelength of 0.06 µm (1/10th that of a $\text{CO}_2$ laser), it provides higher absorption for increased cutting efficiency, faster processing speeds, and the ability to process highly reflective materials such as galvanized steel, aluminum, and brass.
• High Energy Density: Delivers a smaller focal spot and higher power density for exceptionally fast thin-sheet cutting, significantly saving time and operational costs.
• Beam Stability: Free from optical distortion, ensuring consistent beam quality and uniform power delivery throughout the entire cutting process.
• Simplified Optical System: Fiber-optic beam delivery eliminates complex mechanical setups, offering higher efficiency and seamless integration with robotics for both 2D and 3D cutting.
• Semi-conductor Diode Modules: Designed for continuous operation, allowing real-time parameter adjustments and module replacement without halting production.

Cost-Effective Efficiency & Low Energy Consumption

• Higher Photoelectric Conversion: Fiber lasers achieve a 25% photoelectric conversion efficiency compared to just 10% in $\text{CO}_2$ lasers. A fiber laser consumes only around 2 kW of input power (approx. 7.2 kVA test power) versus over 20 kVA for a $\text{CO}_2$ system.
• High-Speed Stainless Steel Cutting: When cutting 1 mm stainless steel with a 2000W fiber laser, processing speeds reach up to 22–30 m/min.
• 50%+ Operating Cost Reduction: On 0.5 mm sheets, ultra-high cutting speeds reach up to 85 m/min.
• Lower Power Requirements: Fiber lasers consume significantly less power (approx. 2 kW / 3.8 kVA) compared to $\text{CO}_2$ units requiring up to 15 kVA.
• Direct Fiber Transmission: Direct light transmission minimizes gas reliance under optimal conditions.
• Air-Assist Cutting Capability: Han’s Laser incorporates compressed air cutting options as a cost-effective alternative to $N_2$ gas.
• Standardized Generator Design: Discharge electrodes and generator components are standardized to simplify maintenance and reduce spare part costs.
• Compact & Durable Design: Lightweight, compact footprint, easy to relocate, and built for long-term industrial durability.

Cutting Head, Control System & Low Maintenance

• Mirror-Free Optical Delivery: Fiber-optic transmission delivers the laser beam directly without the need for reflective mirrors, bending optics, or complex beam-alignment devices.
• Protective Lens Impact Sensor: Built-in collision sensors detect abnormal head movement and automatically signal the focal lens to stop instantly, preventing nozzle and head damage.
• High Environmental Resistance: Designed for exceptional durability with high resistance to vibration, physical shock, humidity, and ambient temperature fluctuations.

Operational Flexibility

• Extended Signal Range: Signal cables up to 200 meters long provide full coverage across large-format work areas.
• Modular Power Upgrades: Base power outputs start at 500W and can be easily upgraded with simple module additions.
• Multi-Machine Generator Sharing: Advanced power-sharing technology enables multiple fiber laser cutting stations to operate simultaneously off a single laser source, boosting overall workshop throughput.

Contact Us & Inquiries:

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✅LINE OA: @thermalmechanics

📧Email: sales@thermal-mech.com

☎️Tel: 02-759-4795