Heavy Fiber laser CNC cutting machine MS-LG
The heavy fiber laser cutting machine is designed and manufactured by Hubei Meisar CNC Technology Co., Ltd to meet clients' requirements for large cutting areas and thick cutting thickness. This machine accurately processes and cuts materials including 0.1-50mm steel, square pipes, round pipes, and others. It represents the optimal solution for high-precision cutting needs.
Heavy Fiber laser CNC cutting machine MS-LG Specification:
Cutting width range: 3.5m
Cutting length range: 14.0m
Laser source: 12000W, 20000W, 30000W, 40000W, 50000W
Cutting Thickness: Mild Steel ≤100mm,Stainless Steel≤50mm
Running Speed(Max): 80000mm/min
Heavy Fiber laser CNC cutting machine MS-LG Configuration:
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Structure |
Heavy Gantry Series and linear guide rails |
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Servo |
Japan Panasonic 2.9kw*2+1.5KW*1+0.4kw*1 or Customized |
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System |
FSCUT12000- FSCUT20000 or CYPCUT |
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Gear reducer |
SHIMPO |
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Linear Guideways |
HIWIN45-25 |
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Electrical control cabinet |
Independent Electrical control cabinet |
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Laser source |
12000-20000 Raycus /MAX Or |
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Rack |
APEX6 |
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The beam |
Heavy duty solid casting |
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Machine bed |
Casting machine bed |
Heavy Fiber laser CNC cutting machine MS-LG Feature:
Advanced Air Exhaust System
The MS-LG incorporates a precision-engineered air exhausting mechanism, efficiently removing cutting byproducts and fumes to maintain optimal working conditions and ensure consistent cut quality during high-intensity operations.
Third-Generation Steel Gantry: Aerospace-Grade Construction
Manufacturing Standard: Built to aerospace industry specifications, utilizing 4300-ton press extrusion molding for superior structural integrity
Material Properties: Achieves 6061-T6 aluminum alloy strength levels through specialized aging treatment, representing the industry's highest gantry strength rating
Performance Advantages:
Enhanced corrosion and oxidation resistance
Optimized low-density structure for improved dynamic response
Significantly increased processing speeds due to structural rigidity
Segmented Rectangular Tube-Welded Frame/Base
The machine features a robust segmented frame constructed from precision-welded rectangular tubing, providing exceptional foundation stability for heavy-duty cutting operations while allowing for modular maintenance and component replacement.
Aircraft-Grade Honeycomb Bed Structure
Internal Architecture: Incorporates aircraft-inspired metal honeycomb design, utilizing multiple interconnected rectangular tubes
Reinforcement System: Strategic internal stiffeners enhance:
Overall bed strength and tensile resistance
Guide rail stability and vibration dampening
Effective prevention of bed deformation under thermal and mechanical stress
Long-Term Structural Integrity
Extended Service Life: Engineered for 20+ years of distortion-free operation under continuous industrial conditions
Material Specifications:
Rectangular tube wall thickness: 10mm
Overall bed weight: 4,500kg, ensuring superior vibration absorption and operational stability
This advanced structural engineering ensures the MS-LG maintains precision cutting capabilities even under the most demanding industrial environments, delivering consistent performance and longevity that redefines industry standards for heavy fiber laser cutting systems.
Laser types and why we select fiber laser?
Lasers have revolutionized many industries by providing precise, efficient, and versatile solutions for cutting, welding, marking, and engraving. There are several types of lasers, each with unique characteristics suited for different applications. The most common laser types include CO2 lasers, YAG lasers, diode lasers, fiber lasers, and excimer lasers.
Common Laser Types:
1. CO2 Lasers:
CO2 lasers use carbon dioxide gas as the lasing medium and are well known for their high power and ability to cut or engrave non-metal materials like wood, plastic, and glass with excellent precision.
2. YAG Lasers:
These solid-state lasers use a crystal of neodymium-doped yttrium aluminum garnet. They are powerful and versatile, often used in metal cutting, welding, and medical applications.
3. Diode Lasers:
Compact and energy-efficient, diode lasers are widely used for barcode scanning, optical communication, and low-power cutting or marking tasks.
4. Excimer Lasers:
Utilizing gases like argon fluoride, excimer lasers produce ultraviolet light used primarily in semiconductor manufacturing and eye surgery for precise, fine work.
5. Fiber Lasers:
Fiber lasers use an optical fiber doped with rare-earth elements (such as ytterbium) as the gain medium. They have gained immense popularity for industrial applications due to their unique advantages.
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Why Select Fiber Laser?
Fiber lasers stand out as a leading choice in modern laser technology for many reasons:
- High Efficiency and Low Maintenance:
Fiber lasers boast excellent electrical-to-optical efficiency, meaning they convert more input energy into laser light with less waste. Their solid-state design with fewer moving parts means they require minimal upkeep, ensuring consistent performance and lower operating costs.
- Exceptional Beam Quality:
The fiber design produces a highly focused, stable beam that allows for extremely precise cutting and welding, even on very thin or intricate materials.
- Versatility:
Fiber lasers can easily process a wide range of metals, including stainless steel, aluminum, copper, and brass, making them suitable for diverse manufacturing needs.
- Compact and Robust:
The fiber laser's compact size enables easy integration into production lines, while its durability allows it to perform reliably in demanding industrial environments.
- Faster Processing Speeds:
With excellent beam quality and high power density, fiber lasers can work faster than many traditional laser types, boosting productivity without compromising quality.
- Energy Savings:
Thanks to their high efficiency, fiber lasers consume less power compared to other laser systems, supporting eco-friendly manufacturing practices.
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Fiber lasers represent a combination of cutting-edge technology and practical benefits that align perfectly with the needs of modern industries. Their efficiency, precision, and versatility empower businesses to achieve outstanding results with greater speed and reliability. Choosing a fiber laser means embracing innovation that fosters growth and success in today's dynamic manufacturing landscape.
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