Designed for large metal area plate processing, the Hubei Meisar CNC Gantry Series combines high-power fiber laser technology with a robust structural design to deliver unmatched speed, precision, and long-term reliability for heavy industrial manufacturing.
Gantry CNC laser cutting machine MS-LG Feature
- Massive gantry frame with deep welded for outstanding rigidity and minimal deformation.
- High-power Raycus fiber laser source (Typically 12 KW / 20 KW / 30 KW) to cut thick steel plates with ease.
- Precision servo drives and full size linear guide for X and Y direction, high precision and high running speed.
- Large working area (e.g., 3.5 m width or more) to handle oversize sheets in one pass.
- Advanced CNC control system with material database, automatic parameter matching and job management.
- Heavy-duty exchange table or automatic sheet loader for high production efficiency.
- Integrated safety enclosure and fume extraction system for industrial compliance.
| Gantry CNC laser cutting machine Working Area |
3.5*14M or Customized or required |
| Gantry CNC laser cutting machine Laser Power |
12000W, 20000W, 30000W, 40000W, 50000W, 60000W |
| Gantry CNC laser cutting machine Precision | ±0.03mm |
| Gantry CNC laser cutting machine Cutting Thickness | Mild Steel ≤90mm,Stainless Steel≤35mm |
| Gantry CNC laser cutting machine Max Cutting Speed | 80M/Min |
Gantry CNC laser cutting machine MS-LG Feature In Details:
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Aviation Aluminum Extruded Beam
The aerospace-grade aluminum gantry is manufactured using a 4,300-ton extrusion process. After artificial aging and solution treatment, the beam possesses ultimate rigidity, surface quality, and toughness.
This lightweight design significantly optimizes the dynamic performance of the machine, allowing for rapid acceleration and high-speed cornering without compromising cutting accuracy.
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Professional Transmission Kits
Equipped with world-class rack and pinion systems and high-precision linear guides, our gantry kits are built for durability. The dual-drive synchronized system ensures that even at large formats, the motion remains fluid and synchronized.
Integrated automatic lubrication systems extend the lifespan of mechanical components, ensuring 24/7 continuous production capability.
- Advanced Fiber Laser Control
Utilizing a professional CNC control system optimized for fiber laser cutting, the interface offers intuitive operation for nesting, path planning, and real-time monitoring. It supports multiple file formats (DXF, PLT, etc.) and features intelligent leapfrog motion to reduce idle time.
The integrated auto-focus laser head adjusts the focus position automatically based on material type and thickness, providing a perfect finish on everything from thin sheets to thick plates.
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Heavy-Duty Welded Bed
The machine base uses a high-strength carbon steel welding structure. Undergoing high-temperature annealing treatment and stress relief, the bed maintains its accuracy for over 20 years of intensive use.
The hollow bed design combined with a powerful partitioned dust extraction system ensures a clean working environment and protects the internal components from thermal deformation.
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High Performance
Our Gantry CNC Laser Cutting Machine is processing large-format carbon steel plates with extreme precision.
High-Speed Piercing: Advanced laser head control reduces piercing time by 30%.
Dynamic Cutting: Smooth edge finish even at maximum acceleration rates.
Intelligent Pathing: Optimized by CNC software to minimize travel time between cuts.
Real-time Monitoring: Integrated sensors ensure safety and consistency during long runs.
Gantry CNC laser cutting machine MS-LG Specification:
| 1 | Max working area | 3500mmx14000mm or Customized | |||
| 2 | Packing size | 3850mmx580mmx1100mm &18000.00kgs | |||
| 3 | Laser source | MAX or Raycus 12KW, 20KW, 30KW, 40KW, 50KW, 60KW | |||
| 4 | Laser head | Precitec, BOCHI | |||
| 5 | Software | BOCHI | |||
| 6 | Motor and driver | Panasonic or Inovance | |||
| 7 | Y AXIS | Panasonic or Inovance | |||
| 8 | X AXIS | Panasonic or Inovance | |||
| 9 | Z axis | Panasonic or Inovance | |||
| 10 | Water chiller | HANLI Dual temperature,dual control | |||
| 11 | Working voltage for 6.0kw | 3phrase 380V with 50hz | |||
| 12 | Attached parts with machine | 25pcs nozzles+2pc ceramic ring+10pcs of protective mirror | |||
Gantry CNC laser cutting machine MS-LG Fiber laser source:
Raycus Laser Source: Leading Innovation with Excellence
Raycus, officially Wuhan Raycus Fiber Laser Technologies Co., Ltd., is a leading Chinese manufacturer specializing in the research, development, and production of high-power fiber lasers and core devices, with global influence in the fiber laser industry. Their products are widely used in cutting, welding, drilling, marking, and 3D printing applications.
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Laser source Key Features
Power Range: Raycus fiber lasers cover a wide range from 3000W to 60000W module lasers, with some models reaching up to 20kW.
High Efficiency: Electro-optical conversion efficiency exceeds 30%, significantly reducing power consumption compared to YAG or CO2 lasers.
Beam Quality: Excellent beam quality and high energy density ensure precise and clean cuts, even on thick materials.
Maintenance-Free Operation: Fiber transmission eliminates complex optical lenses, reducing maintenance needs and downtime.
Modular Design: Semiconductor modular and redundancy design allows for easy expansion, multi-machine coupling, and high stability.
Cooling Options: Available in air-cooled and water-cooled configurations, with air-cooled models like the RA-HW1500 offering compact, handheld operation for welding.
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Applications
Raycus laser sources are suitable for a variety of industrial processes:
Metal Cutting: Sheet metal, tubes, and structural steel with narrow seams and bright cut surfaces.
Laser Welding: High precision welding for metals such as steel, aluminum, copper, and stainless steel.
Drilling and Marking: High-speed, accurate processing for industrial components.
3D Printing and Additive Manufacturing: Integration into SLA and other laser-based 3D printing systems.
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Advantages Over Traditional Lasers
Energy Savings: Lower power consumption than CO2 or YAG lasers.
Durability: Long lifespan and high reliability with minimal maintenance.
Flexibility: Can upgrade existing CO2 or YAG laser machines to fiber laser systems.
Scalability: Fiber optic transmission allows one laser source to power multiple machines simultaneously.
Raycus continues to innovate in fiber laser technology, offering solutions for both large-scale industrial production and compact, portable laser systems, making it a versatile choice for modern manufacturing needs.
Related Question: Gantry CNC Plasma Cutting vs. Gantry CNC Laser Cutting: Embracing Precision and Efficiency
In the evolving world of industrial manufacturing, Gantry CNC machines have revolutionized the way materials are cut and shaped. Among the most popular cutting technologies integrated into gantry systems are plasma cutting and laser cutting. Both methods offer outstanding precision and productivity, making them invaluable tools for various industries. Let's explore their unique advantages and how they contribute to modern manufacturing excellence.
Gantry CNC Plasma Cutting: Power and Versatility
Gantry CNC plasma cutting uses an electrically charged gas to cut through electrically conductive materials. This technology excels in its ability to quickly and effectively cut through thick metals such as steel, aluminum, and stainless steel.
Key Advantages:
High Cutting Speed: Plasma cutting is known for its rapid cutting capabilities, which significantly improves throughput and efficiency, especially for thicker materials.
Versatile Material Processing: It handles a wide range of metal types and thicknesses with consistent accuracy.
Cost-Effective Operation: Plasma cutting systems generally have a favorable cost-to-performance ratio, making them accessible for businesses aiming to maximize productivity.
Ease of Use: Gantry CNC plasma cutters are designed for user-friendly operation, enabling quick setup and precise cuts.
Gantry CNC Laser Cutting: Precision and Finesse
Laser cutting employs a highly focused beam of light to melt or vaporize material, achieving exceptional detail and accuracy. This technology shines when intricate shapes and fine edges are required.
Key Advantages:
Exceptional Precision: Laser cutting delivers extremely clean cuts with minimal material distortion, ideal for detailed designs and thinner materials.
Smooth Edge Quality: The fine laser beam reduces the need for secondary finishing, saving time and resources.
Flexible Applications: Suitable for a variety of metals and even some non-metal materials, laser cutting expands the creative possibilities for designers and engineers.
Automation and Integration: Laser systems are often integrated with advanced software, promoting seamless automation and repeatability.
Choosing the Right Gantry CNC Cutting Technology
Both gantry CNC plasma and laser cutting provide robust solutions tailored to different manufacturing needs. Plasma cutting offers speed and versatility for thicker metals, powering industries requiring rapid, heavy-duty cutting. In contrast, laser cutting impresses with its precision and surface finish quality, well-suited for complex patterns and fine details.
By leveraging the strengths of either gantry CNC plasma or laser cutting, businesses can enhance production efficiency, maintain high-quality standards, and innovate confidently in competitive markets.
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