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The large diameter CNC pipe cutting and beveling machine presents numerous advantages over conventional pipe cutting techniques. The following are some of the principal benefits:
Versatility: Thanks to its 6-axis functionality, the CNC pipe plasma cutting machine can shift and orient the cutting head in diverse directions. This adaptability empowers the cutting of elaborate forms, angles, and outlines on pipes of assorted sizes and diameters. It affords enhanced pliability in fabricating precise cuts, bevels, notches, and other configurations on pipes.
Precision and Accuracy: Possessing the axes of movement, the pipe cutting CNC plasma machine can meticulously govern the motion of the cutting head, attaining highly precise and uniform cuts. Such a degree of exactitude is especially vital for applications necessitating stringent tolerances, like in sectors such as oil and gas pipelines, water supply and sewerage pipes, bridge and building instructions and so on.
Increased Productivity: The sophisticated attributes of a 6-axis machine permit more rapid and efficient pipe cutting. It can execute multiple tasks within a single setup, obviating the necessity for manual repositioning or supplementary machining procedures. This culminates in enhanced productivity, abbreviated cycle durations, and augmented output.
Complex Geometries: The axes endows the machine with the ability to slice complex geometries, including miters, chamfers, saddle cuts, and compound angles. This is especially advantageous for industries engaged in piping systems that call for intricate couplings or joints, such as in HVAC, shipbuilding, or structural fabrication.
Automation and Integration: the large diameter pipe cutting machines can be incorporated into automated production lines or CNC work streams. This facilitates seamless cooperation with other machinery or robotic assemblies, optimizing the entire manufacturing process and diminishing labor demands. Automation also curtails the likelihood of human mistakes and augments safety.
Cost Efficiency: Although the initial outlay for a huge diameter CNC pipe cutting machine might be greater than that of traditional approaches, it can yield long-term cost reductions. The machine's precision and productivity curtail material wastage and limit the need for reprocessing. Moreover, the augmented productivity and automation features contribute to overall cost-effectiveness in large-scale production settings.
Intelligent Programming : The machine is equipped with advanced software that allows for intelligent programming. Operators can input the desired pipe cutting parameters and preview the cutting process virtually before actual execution. This helps in detecting any potential errors or issues in advance, saving time and resources and ensuring the smooth progress of the cutting operation.
Model | Pipe CNC Cutting and Beveling Machine |
Cutting Length | 3-9M |
Cutting Diameter | 40-2000mm |
Structure | Industry High preicion machine body |
Machine Power | 8.5kw |
Working voltage | 380V three phase/ 50hz/60hz |
Reposition precision | 0.02mm |
Processing precision | 0.1mm |
Maximum cutting speed | 12000mm/min |
Torch Height control mode | Automatically height adjusting system |
Plasma power supply | 63A-400A |
Control system | STARfire |
Motors | Japan Servo motor |
Software | Solidworks, 3D CAD, Tekla structure |
Plasma Air Pressure | Max.0.8Mpa |
Working Temperature | -10°C-60°C. Relative Humidity, 0-95% |
The large diameter CNC pipe cutting and beveling machine presents numerous advantages over conventional pipe cutting techniques. The following are some of the principal benefits:
Versatility: Thanks to its 6-axis functionality, the CNC pipe plasma cutting machine can shift and orient the cutting head in diverse directions. This adaptability empowers the cutting of elaborate forms, angles, and outlines on pipes of assorted sizes and diameters. It affords enhanced pliability in fabricating precise cuts, bevels, notches, and other configurations on pipes.
Precision and Accuracy: Possessing the axes of movement, the pipe cutting CNC plasma machine can meticulously govern the motion of the cutting head, attaining highly precise and uniform cuts. Such a degree of exactitude is especially vital for applications necessitating stringent tolerances, like in sectors such as oil and gas pipelines, water supply and sewerage pipes, bridge and building instructions and so on.
Increased Productivity: The sophisticated attributes of a 6-axis machine permit more rapid and efficient pipe cutting. It can execute multiple tasks within a single setup, obviating the necessity for manual repositioning or supplementary machining procedures. This culminates in enhanced productivity, abbreviated cycle durations, and augmented output.
Complex Geometries: The axes endows the machine with the ability to slice complex geometries, including miters, chamfers, saddle cuts, and compound angles. This is especially advantageous for industries engaged in piping systems that call for intricate couplings or joints, such as in HVAC, shipbuilding, or structural fabrication.
Automation and Integration: the large diameter pipe cutting machines can be incorporated into automated production lines or CNC work streams. This facilitates seamless cooperation with other machinery or robotic assemblies, optimizing the entire manufacturing process and diminishing labor demands. Automation also curtails the likelihood of human mistakes and augments safety.
Cost Efficiency: Although the initial outlay for a huge diameter CNC pipe cutting machine might be greater than that of traditional approaches, it can yield long-term cost reductions. The machine's precision and productivity curtail material wastage and limit the need for reprocessing. Moreover, the augmented productivity and automation features contribute to overall cost-effectiveness in large-scale production settings.
Intelligent Programming : The machine is equipped with advanced software that allows for intelligent programming. Operators can input the desired pipe cutting parameters and preview the cutting process virtually before actual execution. This helps in detecting any potential errors or issues in advance, saving time and resources and ensuring the smooth progress of the cutting operation.
Model | Pipe CNC Cutting and Beveling Machine |
Cutting Length | 3-9M |
Cutting Diameter | 40-2000mm |
Structure | Industry High preicion machine body |
Machine Power | 8.5kw |
Working voltage | 380V three phase/ 50hz/60hz |
Reposition precision | 0.02mm |
Processing precision | 0.1mm |
Maximum cutting speed | 12000mm/min |
Torch Height control mode | Automatically height adjusting system |
Plasma power supply | 63A-400A |
Control system | STARfire |
Motors | Japan Servo motor |
Software | Solidworks, 3D CAD, Tekla structure |
Plasma Air Pressure | Max.0.8Mpa |
Working Temperature | -10°C-60°C. Relative Humidity, 0-95% |