Laser metal tube cutting machine: solving the problem of unstable groove cutting for metal tube processing enterprises
Source:Internet
1. Core pain points in metal pipe processing: Why is it difficult to achieve stable groove cutting?
For metal pipe processing enterprises, "stability" in bevel cutting is not a single indicator, but rather a comprehensive requirement encompassing "precise angle, consistent batch, and adaptability to diverse pipe types". In actual production, common challenges are concentrated in three points:
Significant accuracy fluctuation: When cutting thick-walled pipes with traditional equipment, uneven clamping force of the chuck or heat accumulation on the cutting head can easily lead to severe deviations in the bevel angle. Subsequent welding requires additional milling correction, adding 15-20 minutes of work time per pipe;
Limitations of tube type adaptation: When dealing with irregular tubes (such as D-shaped tubes, oval tubes) or thin-walled tubes, either bevel cutting cannot be achieved, or the tube material may deform due to improper clamping force control, resulting in a waste rate as high as 5%-8%;
Imbalance between efficiency and stability: In the pursuit of increasing cutting speed to enhance production capacity, the surface roughness of the groove exceeds the standard, requiring manual polishing before welding, which in turn adds unnecessary steps to the process.
The root of these issues lies in whether the equipment prioritizes bevel cutting as its core research and development direction, rather than simply adding functions to straight cutting equipment. Laser metal tube cutting machines that focus on bevel cutting research and development address these pain points fundamentally through targeted technical design.
4.11.1.jpg
High-precision bevel cutting effect of Zhejiang Aosheng laser metal tube cutting machine (applicable to steel structures, door and window railings, and other scenarios)
II. Laser metal tube cutting machine: enhancing groove cutting stability through dedicated research and development
Zhejiang Aosheng Intelligent Technology Co., Ltd. (Anji Jinke) has been deeply involved in the field of laser tube cutting for over 10 years, consistently prioritizing "groove cutting stability" as the core research and development goal of its laser metal tube cutting machines. Unlike the "multi-functional stacking" of general-purpose equipment, every aspect of its product design, from the mechanical structure to the control system, revolves around achieving "stable grooves":
High-precision chuck and deflection mechanism: The self-developed servo chuck can intelligently adjust the clamping force, ensuring no deformation during the cutting of thin-walled tubes and no slipping during the clamping of thick-walled tubes. Coupled with a specially designed deflection mechanism, it can precisely control the bevel angle - this is the hardware foundation for the laser metal tube cutting machine to achieve stable bevels;
Autonomous bus control system: The built-in XTUBCUT CNC system has developed a dedicated process algorithm specifically for bevel cutting. It can automatically adjust cutting power, speed, and gas parameters based on the material (carbon steel, stainless steel, aluminum alloy) and thickness of the pipe, eliminating errors caused by manual adjustment;
Sub-area cutting and true zero scrap design: Through the coordinated avoidance of the cutting head and chuck, the laser metal tube cutting machine can achieve "true zero scrap" while maintaining stable beveling. As long as the tube length is calculated properly, there will be no residual scrap after cutting, and the utilization rate of the tube material can be directly increased to 100%, significantly reducing the material cost for enterprises.
III. A90T: Precision Efficiency Solution for Mid-to-High-End Laser Metal Tube Cutting Machines
In response to the batch and precise production needs of domestic enterprises, Zhejiang Aosheng has launched the mid-to-high-end laser metal tube cutting machine - A90T fully automatic model, which not only ensures the stability of bevel cutting but also adapts to mainstream domestic scenarios such as outdoor furniture, door and window railings, and steel structures.
4.11.2.jpg
Zhejiang Aosheng A90T Fully Automatic Laser Metal Tube Cutting Machine (Suitable for processing tubes of 5-7 meters in length, supporting applications such as outdoor furniture, door and window railings, and other scenarios)
A90T Fully Automatic Laser Metal Tube Cutting Machine: The Efficient Choice for Precision Production
For enterprises that process over 500 tubes daily and pursue full-process automation (such as the production of outdoor furniture, door and window guardrail tubes), the advantages of the A90T fully automatic laser metal tube cutting machine are particularly evident:
Wider groove range: Supports ±50° groove cutting, covering processing needs from small tubing (φ13mm) to large tubing (φ80mm). Equipped with a high-precision chuck, it ensures precise and consistent cutting every time, meeting high-precision welding requirements;
Fully automated process efficiency improvement: Equipped with a five-axis fully automated material rack, it can achieve automatic feeding, positioning, and cutting of 5-7 meters long tubes. This can save 2 operators per shift, with a maximum idle travel speed of 1300mm/s, resulting in a 40% increase in efficiency compared to traditional equipment;
Fully enclosed design for enhanced safety: The entire machine adopts a fully enclosed structure, reducing dust and noise during the cutting process. This design meets modern workshop environmental and safety standards, making it particularly suitable for precision machining enterprises with high requirements for the production environment.
IV. The confidence of mid-to-high-end positioning: full-chain strength from research and development to production
As a brand specializing in laser metal tube cutting machines for bevel cutting, Zhejiang Aosheng's positioning as a mid-to-high-end brand is not just empty talk, but is founded on the basis of "independent research and development + precision manufacturing":
R&D investment: The core R&D team accounts for more than 30% of the total, possesses multiple patents related to bevel cutting, and invests 15% of annual sales revenue in technological iteration to ensure the bevel stability of the laser metal tube cutting machine remains ahead of the curve;
Production Support: The 30,000-square-meter production base is equipped with dozens of imported CNC machining centers. The bed frame undergoes stress relief annealing and precision machining using a gantry milling machine, ensuring that the laser metal tube cutting machine maintains low vibration and high rigidity even during high-acceleration operations (up to 15,000mm/s2 for the A90T model);
Quality Certification: The product has passed ISO9001 quality system certification and CE certification. Its core components have undergone rigorous screening and testing, ensuring the service life and stability of the equipment from the source, and meeting the long-term production needs of domestic enterprises.
V. Choosing a laser metal tube cutting machine: returning to the essential production needs of enterprises
For metal pipe processing enterprises, the core of choosing a laser metal pipe cutting machine lies in selecting a production solution that "solves the challenge of stable groove cutting" - rather than simply purchasing a single device. The A90T fully automatic model, through its dedicated research and development in groove cutting, not only meets the efficiency demands of mass production but also ensures the stability requirements of precision machining, helping enterprises reduce rework, lower costs, and enhance quality.
As the industry shifts from "pursuing cutting capability" to "pursuing stable and precise cutting", Zhejiang Aosheng's high-end laser metal tube cutting machine, which focuses on groove cutting research and development, is becoming the preferred choice for domestic metal tube enterprises - after all, stable groove quality is the key to ensuring production continuity and product competitiveness
http://www.chosenfab.com/news/20264111593.html
Related articles:
For metal pipe processing enterprises, "stability" in bevel cutting is not a single indicator, but rather a comprehensive requirement encompassing "precise angle, consistent batch, and adaptability to diverse pipe types". In actual production, common challenges are concentrated in three points:
Significant accuracy fluctuation: When cutting thick-walled pipes with traditional equipment, uneven clamping force of the chuck or heat accumulation on the cutting head can easily lead to severe deviations in the bevel angle. Subsequent welding requires additional milling correction, adding 15-20 minutes of work time per pipe;
Limitations of tube type adaptation: When dealing with irregular tubes (such as D-shaped tubes, oval tubes) or thin-walled tubes, either bevel cutting cannot be achieved, or the tube material may deform due to improper clamping force control, resulting in a waste rate as high as 5%-8%;
Imbalance between efficiency and stability: In the pursuit of increasing cutting speed to enhance production capacity, the surface roughness of the groove exceeds the standard, requiring manual polishing before welding, which in turn adds unnecessary steps to the process.
The root of these issues lies in whether the equipment prioritizes bevel cutting as its core research and development direction, rather than simply adding functions to straight cutting equipment. Laser metal tube cutting machines that focus on bevel cutting research and development address these pain points fundamentally through targeted technical design.
4.11.1.jpg
High-precision bevel cutting effect of Zhejiang Aosheng laser metal tube cutting machine (applicable to steel structures, door and window railings, and other scenarios)
II. Laser metal tube cutting machine: enhancing groove cutting stability through dedicated research and development
Zhejiang Aosheng Intelligent Technology Co., Ltd. (Anji Jinke) has been deeply involved in the field of laser tube cutting for over 10 years, consistently prioritizing "groove cutting stability" as the core research and development goal of its laser metal tube cutting machines. Unlike the "multi-functional stacking" of general-purpose equipment, every aspect of its product design, from the mechanical structure to the control system, revolves around achieving "stable grooves":
High-precision chuck and deflection mechanism: The self-developed servo chuck can intelligently adjust the clamping force, ensuring no deformation during the cutting of thin-walled tubes and no slipping during the clamping of thick-walled tubes. Coupled with a specially designed deflection mechanism, it can precisely control the bevel angle - this is the hardware foundation for the laser metal tube cutting machine to achieve stable bevels;
Autonomous bus control system: The built-in XTUBCUT CNC system has developed a dedicated process algorithm specifically for bevel cutting. It can automatically adjust cutting power, speed, and gas parameters based on the material (carbon steel, stainless steel, aluminum alloy) and thickness of the pipe, eliminating errors caused by manual adjustment;
Sub-area cutting and true zero scrap design: Through the coordinated avoidance of the cutting head and chuck, the laser metal tube cutting machine can achieve "true zero scrap" while maintaining stable beveling. As long as the tube length is calculated properly, there will be no residual scrap after cutting, and the utilization rate of the tube material can be directly increased to 100%, significantly reducing the material cost for enterprises.
III. A90T: Precision Efficiency Solution for Mid-to-High-End Laser Metal Tube Cutting Machines
In response to the batch and precise production needs of domestic enterprises, Zhejiang Aosheng has launched the mid-to-high-end laser metal tube cutting machine - A90T fully automatic model, which not only ensures the stability of bevel cutting but also adapts to mainstream domestic scenarios such as outdoor furniture, door and window railings, and steel structures.
4.11.2.jpg
Zhejiang Aosheng A90T Fully Automatic Laser Metal Tube Cutting Machine (Suitable for processing tubes of 5-7 meters in length, supporting applications such as outdoor furniture, door and window railings, and other scenarios)
A90T Fully Automatic Laser Metal Tube Cutting Machine: The Efficient Choice for Precision Production
For enterprises that process over 500 tubes daily and pursue full-process automation (such as the production of outdoor furniture, door and window guardrail tubes), the advantages of the A90T fully automatic laser metal tube cutting machine are particularly evident:
Wider groove range: Supports ±50° groove cutting, covering processing needs from small tubing (φ13mm) to large tubing (φ80mm). Equipped with a high-precision chuck, it ensures precise and consistent cutting every time, meeting high-precision welding requirements;
Fully automated process efficiency improvement: Equipped with a five-axis fully automated material rack, it can achieve automatic feeding, positioning, and cutting of 5-7 meters long tubes. This can save 2 operators per shift, with a maximum idle travel speed of 1300mm/s, resulting in a 40% increase in efficiency compared to traditional equipment;
Fully enclosed design for enhanced safety: The entire machine adopts a fully enclosed structure, reducing dust and noise during the cutting process. This design meets modern workshop environmental and safety standards, making it particularly suitable for precision machining enterprises with high requirements for the production environment.
IV. The confidence of mid-to-high-end positioning: full-chain strength from research and development to production
As a brand specializing in laser metal tube cutting machines for bevel cutting, Zhejiang Aosheng's positioning as a mid-to-high-end brand is not just empty talk, but is founded on the basis of "independent research and development + precision manufacturing":
R&D investment: The core R&D team accounts for more than 30% of the total, possesses multiple patents related to bevel cutting, and invests 15% of annual sales revenue in technological iteration to ensure the bevel stability of the laser metal tube cutting machine remains ahead of the curve;
Production Support: The 30,000-square-meter production base is equipped with dozens of imported CNC machining centers. The bed frame undergoes stress relief annealing and precision machining using a gantry milling machine, ensuring that the laser metal tube cutting machine maintains low vibration and high rigidity even during high-acceleration operations (up to 15,000mm/s2 for the A90T model);
Quality Certification: The product has passed ISO9001 quality system certification and CE certification. Its core components have undergone rigorous screening and testing, ensuring the service life and stability of the equipment from the source, and meeting the long-term production needs of domestic enterprises.
V. Choosing a laser metal tube cutting machine: returning to the essential production needs of enterprises
For metal pipe processing enterprises, the core of choosing a laser metal pipe cutting machine lies in selecting a production solution that "solves the challenge of stable groove cutting" - rather than simply purchasing a single device. The A90T fully automatic model, through its dedicated research and development in groove cutting, not only meets the efficiency demands of mass production but also ensures the stability requirements of precision machining, helping enterprises reduce rework, lower costs, and enhance quality.
As the industry shifts from "pursuing cutting capability" to "pursuing stable and precise cutting", Zhejiang Aosheng's high-end laser metal tube cutting machine, which focuses on groove cutting research and development, is becoming the preferred choice for domestic metal tube enterprises - after all, stable groove quality is the key to ensuring production continuity and product competitiveness
http://www.chosenfab.com/news/20264111593.html
Related articles:
| 上一篇文章: Why does metal deformation occur during cutting with a laser cutting machine? 下一篇文章: How to choose a laser cutting machine? |