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Haus > produits > Bocklaser-Schneidemaschine > High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel
Hervorheben:

Laser-flame composite cutting machine for carbon steel

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Gantry laser cutting machine with high performance

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Carbon steel cutting machine 50-300mm capacity

Garantie:
2 Jahre + N (Verlängerung)
Service:
7x24hs
Design angepasst:
Ja
Installation & Zug:
Ja
Beschleunigung:
1,5 g
Elektroschrank:
Unabhängig
Gaswege schneiden:
3 Wege Autoaustausch
Maschinengewicht:
12500
Garantie:
2 Jahre + N (Verlängerung)
Service:
7x24hs
Design angepasst:
Ja
Installation & Zug:
Ja
Beschleunigung:
1,5 g
Elektroschrank:
Unabhängig
Gaswege schneiden:
3 Wege Autoaustausch
Maschinengewicht:
12500
High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel
High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel

For manufacturers in the EU, U.S., and Middle East working with ultra-thick carbon steel plates (50-300mm), our Large-Format Gantry Laser-Flame Composite Cutting Machine delivers a revolutionary, high-efficiency solution. By integrating a powerful 12kW fiber laser with traditional flame cutting, this machine overcomes the limitations of standalone processes, offering unmatched cutting speed, precision, and operational simplicity for heavy-industry applications. We ensure a short 35-day delivery cycle to your facility.

High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel 0 High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel 1
Technology & Product Overview

This machine is engineered specifically for processing 50-300mm thick carbon steel, featuring a large-scale cutting area. It innovatively merges the focused energy of a fiber laser with the deep-penetration capability of a flame heat source. This hybrid process is managed by the advanced Bochu FS9000 composite bevel cutting software, which automates cutting path planning and real-time parameter adjustment for superior results.

The core advantage lies in solving critical thick-plate challenges: it significantly reduces severe deformation, upper-edge melting, and stubborn dross adhesion, producing a clean cut with excellent verticality and a smooth surface finish.

Key Features & Advantages

  • Unmatched Cutting Performance for Thick Plates: The 12kW domestic RuiKe/ChuangXin fiber laser enables rapid piercing, drastically reducing pre-heating time and boosting overall productivity. The composite action allows for efficient processing of materials up to 300mm thick.

  • Operational Simplicity and Flexibility: The machine is designed for ease of use. The laser and flame can operate in coaxial or non-coaxial modes, providing flexibility for different thicknesses and quality requirements. The intuitive Bochu FS9000 software interface simplifies parameter setting and complex bevel cutting, minimizing training time and operator error.

  • High Speed and Precision: Engineered for dynamic performance, the machine achieves a high single-axis positioning speed while maintaining excellent positioning accuracy, ensuring fast cycle times without sacrificing the precision needed for large components.

  • Intelligent and Durable Design: Built with a reinforced gantry for long-term stability in demanding environments. The composite process inherently generates less slag and fumes compared to standard flame cutting, promoting a cleaner workshop. Smart diagnostic systems help minimize unplanned downtime.

Technical Specifications
Parameter Specification
Cutting Method Laser-Flame Composite (Coaxial/Non-Coaxial)
Laser Power 12kW Fiber Laser (RuiKe/ChuangXin)
Max. Cutting Thickness 300mm (Carbon Steel)
Typical Cutting Area 18,000mm x 3,000mm (Customizable)
Positioning Accuracy ±0.1mm/m
Control Software Bochu FS9000 Composite Bevel Cutting System
Key Applications Shipbuilding, Wind Power Towers, Construction Machinery, Heavy Steel Structures
High-Performance Laser-Flame Composite Cutting Machine for 50-300mm Carbon Steel 2
Frequently Asked Questions (FAQ)

Q1: What is the main benefit over pure flame cutting for 200-300mm plates?

A1: It directly addresses the pain points of low efficiency, large heat-affected zones, and poor cut quality associated with pure flame cutting. The composite method delivers faster speeds, superior edge verticality, and a much smoother finish, often eliminating secondary machining.

Q2: Is the machine difficult to program for complex bevel cuts?

A2: Not at all. The integrated Bochu FS9000 software simplifies the entire process. Operators can easily manage cutting parameters through an intuitive interface, and the software automates the generation of complex bevel cutting paths.

A3: We operate a streamlined global supply chain. For clients in the EU, U.S., and Middle East, we guarantee a short 35-day delivery cycle. Furthermore, we provide comprehensive support, drawing on a model of success demonstrated by other laser manufacturers who have to established local European companies and agent networks to ensure rapid, reliable service.

Q4: How does the 12kW laser improve productivity?

A4: The high-power laser concentrates energy to initiate a pierce point almost instantly, even in very thick plates. This eliminates the prolonged pre-heating stage of traditional oxygen cutting, significantly speeding up the start of every cut and boosting overall throughput. High-power lasers are recognized for multiplying productivity in demanding markets.


Why Choose Our Solution?

This machine is a strategic investment for fabricators tackling ultra-thick materials. It enhances capability, slashes processing time, and delivers a finish that reduces costly secondary operations. With its powerful 12kW laser, intelligent Bochu FS9000 software, and robust build, it empowers businesses to execute massive projects with confidence and superior efficiency.

Contact us today to discuss your specific requirements and learn more about our guaranteed 35-day delivery to the EU, U.S., and Middle East.