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sales01@hanslaser.com
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Introduction
In response to the increasing demand for efficiency and precision in sheet metal processing, Han’s Laser has developed an upgraded laser cutting solution that combines stable quality, improved performance, and intelligent production capabilities. Designed for large-format workpieces, this system supports one-time blanking and forming, helping manufacturers streamline workflows while maintaining consistent cutting accuracy. With flexible configurations and reliable performance, Han’s Laser provides a practical and scalable solution for modern sheet metal fabrication.
Overview of the Laser Cutting Principle
Han’s Laser cutting system operates by focusing high-energy laser beams onto the surface of the metal material. The concentrated energy rapidly heats the steel until it melts or vaporizes. At the same time, a high-pressure inert gas flows coaxially with the laser beam, removing molten material from the cutting zone and forming a clean, narrow kerf.
This cutting method delivers stable accuracy and repeatability, making it suitable for processing steel pipes with diameters from 20 mm to 60 mm, including round, square, and special-shaped tubes. Customized configurations are also available to meet specific dimensional and production requirements.
Feeding Methods and Process Control
To accommodate different production environments, the system supports both manual and automatic feeding options.
Manual feeding allows operators to place pipes directly onto the feeder before they are transferred into the cutting area.
Automatic feeding improves consistency and efficiency in higher-volume production.
For optimal cutting performance, key process parameters—such as ambient temperature, humidity, and gas pressure—must be properly controlled. Stable operating conditions help ensure consistent cutting quality and improve overall production efficiency.
Working Process
The laser cutting process can be summarized in the following steps:
1.Laser generation: A high-energy laser beam is generated and accurately focused onto the metal surface.
2.Material melting: The concentrated laser energy melts or vaporizes the material along the cutting path.
3.Molten material removal: High-pressure inert gas expels the molten metal, forming a smooth and precise cut.
4.Continuous cutting: The cutting head moves along the programmed path, allowing complex shapes and patterns to be processed with high accuracy.
Key Advantages
Han’s Laser cutting solution offers several practical advantages for sheet metal manufacturers:
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High cutting accuracy
Dimensional tolerances can be controlled within ±0.05 mm, with smooth edges and minimal post-processing requirements. -
High productivity
Fast cutting speeds and stable performance allow high throughput, improving overall production efficiency. -
Automated operation
Automated control reduces human error and ensures consistent cutting quality across batches. -
Broad application range
Suitable for various pipe sizes, profiles, and materials, the system meets the needs of multiple industries. -
Cost efficiency
By reducing tooling requirements and manual intervention, laser cutting lowers operating costs compared to traditional cutting methods.
Conclusion
Han’s Laser cutting solution provides a reliable and efficient approach to modern sheet metal processing. Its combination of precision, automation, flexibility, and cost control helps manufacturers improve productivity while maintaining high quality standards. As production requirements continue to evolve, Han’s Laser remains committed to delivering practical and innovative laser cutting technologies for global manufacturing applications.
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