An Efficient Processing Solution for Medium and Thick Plates with Laser–Flame Synergy
With the continuous development of the metal fabrication industry toward higher efficiency, higher precision, and greater automation, traditional flame cutting processes are increasingly unable to meet modern production requirements, particularly in terms of thick-plate piercing stability, thin-plate cutting quality, and automation level. Against this backdrop, flame composite cutting technology based on the integration of the Bochu control system and laser head has become an important upgrade solution for medium and thick plate processing. FSTLASER has deeply integrated and optimized this technology in its laser equipment development and application, significantly improving overall processing performance and production efficiency.

FIRST Technical Principle Overview

Flame composite cutting is a hybrid thermal cutting process that introduces laser-assisted energy   on the basis of traditional oxy-fuel flame cutting.
Compared with conventional methods that rely heavily on manual adjustment of flame intensity, gas ratio, and piercing time, the composite cutting process utilizes the Bochu control system for parameter-based control. This ensures a more stable and standardized cutting process while reducing quality variations caused by human factors.

SECOND Core Technical Advantages

🔔Standardized Process Parameters and Reduced Labor Dependence
The system automatically matches material type and plate thickness through a process database and automatically calls corresponding piercing and cutting parameters, significantly improving batch processing consistency.
🔔Improved Thick Plate Piercing Stability
Laser assistance enables rapid energy concentration, shortens preheating time, increases piercing success rate, and reduces slag accumulation and cutting interruption issues.
🔔Enhanced Thin Plate Processing Efficiency
Laser-assisted initiation stabilizes the cutting start process, reduces thermal deformation, and improves cutting quality and processing efficiency.
🔔Multi-Axis Bevel Cutting Capability
When combined with an AB-axis motion system, the equipment can achieve multi-angle bevel cutting and complex contour processing, meeting the requirements of steel structure and construction machinery industries.

THIRD Comparison with Traditional Flame Cutting
Traditional flame cutting relies heavily on operator experience. Although it is suitable for thick plate processing, it has limitations in consistency and automation.
In contrast, Bochu-based flame composite metal laser cutting offers the following advantages:
📍Digitized and standardized process control
📍Compatibility with both thick and thin plate processing
📍Higher machining stability
📍Support for intelligent manufacturing modes
From a long-term production perspective, it is better suited for modern mass production and high-standard manufacturing requirements.
FOURTH Development Trends
With the advancement of intelligent manufacturing, flame composite cutting technology is evolving toward automated process optimization, AI-based parameter matching, and unmanned production systems. FSTLASER continues to integrate Bochu systems with intelligent cutting technologies to provide more stable and efficient medium and thick plate processing solutions.
🎉🎉🎉Conclusion
Bochu laser head flame composite cutting technology effectively combines the thick-plate processing capability of flame cutting with the high precision and high efficiency of metal laser cutting. While improving processing efficiency, it also significantly enhances cutting stability and consistency.
This technology is becoming an important upgrade direction in the field of medium and thick plate processing and provides a more efficient and intelligent cutting solution for the modern metal manufacturing industry.

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