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Introduction
In the global shipbuilding industry, precision and efficiency are critical to success. Thick plate processing plays a particularly vital role, as vessels such as cargo ships, oil tankers, and container ships rely heavily on steel plates ranging from 10 mm to 40 mm for key structural components.These components include decks, frames, stern plates, main supports, and hull structures, all of which demand strict quality standards. To further enhance welding performance, bevel cutting is often required, adding complexity to the manufacturing process.
To address these challenges, Han's Laser has developed advanced high-power laser cutting solutions, leading the shipbuilding industry into a new era of precision, efficiency, and environmental friendliness.
Key Advantages of Han’s Laser High-Power Cutting Machines
1. Superior Precision and Verticality
The system ensures exceptional cutting accuracy with near-perfect edge verticality, minimizing post-processing requirements and improving assembly quality.
2. Advanced Bevel Cutting Capabilities
Bevel cutting is critical in shipbuilding for welding preparation. Han’s Laser integrates a self-developed swing head with a lightweight design.Its advanced algorithms support complex bevel operations, such as bevel follower algorithm, tool compensation algorithm, bevel pendulum bias algorithm bevel vertical automatic detection, bevel vertical automatic reset and other algorithms and functions have been developed to meet the needs of bevel processing in shipbuilding industries.
These features ensure consistent, high-quality bevel cuts across various applications.
3. Significant Efficiency Improvement
High cutting speeds dramatically reduce processing time, allowing manufacturers to increase throughput and optimize production schedules.
4. Environmentally Friendly Manufacturing
Compared to traditional methods, laser cutting significantly reduces:Heat-affected zones ，Material distortion ，Emissions and pollution
Additionally, intelligent scrap processing solution based on automated vision inspection help maximize material utilization and minimize waste.
5. Wide Material and Thickness Compatibility
With a comprehensive cutting database for materials above 10kW+, the system supports a wide range of metals and thicknesses, making it highly adaptable for diverse shipbuilding requirements.
Types of High-Power Laser Cutting Machines
Large-Format Laser Cutting Machines
Designed for heavy-duty applications, these machines are ideal for processing large plates used in ship structures and pressure vessels.
High Efficiency: Eliminates the need for secondary beveling, significantly reducing processing time and improving overall operational efficiency.
High Precision: Outstanding performance in high-speed oxygen cutting of carbon steel ensures exceptional accuracy while helping to reduce operating costs.
Medium Plate Cutting Machines
Optimized for medium-sized plates, these machines provide intelligent and flexible cutting solutions.
High Workpiece Precision: Intelligent bevel control minimizes deep cut marks and thermal deformation, ensuring consistently high bevel quality.
High Material Utilization: The integrated bevel cutting process enhances efficiency and maximizes material utilization
Conclusion
High-power laser cutting technology is transforming shipbuilding by combining precision, efficiency, and sustainability into a single solution.
Han’s Laser’s 10kW-class laser cutting systems empower shipbuilders to meet the growing demands of global trade with confidence—delivering higher quality, faster production, and more environmentally responsible operations.
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