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1) Generally speaking, the 5 Axis control Flame and Plasma CNC Pipe Cutting Equipment can meet majority demand on pipe beveling and chamfering, for small to medium size pipe:
2. On the other hand, there do exist certain conditions that calls for sophisticated cutting and beveling for medium diameter pipes in CNC Pipe Cutting Machine:
1) For machining stainless steel materials/ Alloy steel of pipes;
2) Plasma cutting for pipe: Plasma CNC Pipe Cutting Machine;
1) This means the positioning of cutting torch along pipe radius way is controlled not only with pipe rotation Y axis, but also with V axis;
As can be found from the above photo, the cutting torch equipped in 6 axis and 7 axis CNC Pipe Cutting Machine has angular ruler for measuring its tilting angle, as well as mechanism for 360° swiveling unit;
1) Control system of the CNC Pipe Cutting Machine has all the control function and hardware configuration necessary for pipe intersection cutting, which conforms to Chinese national electric standard and IEEE, in terms of insulation/ Protection/ Cable arrangement;
2) Depends on practical condition at customer site, the control board of CP series CNC Pipe Intersection Cutting Machine can be either of worktable style, or in the way of pendant;
4) Worktable in medium size sophisticated CP6-1400/6 CNC Pipe Cutting Machine is easy in operation, conforming to strict standard on the aspect of design/radiation/ insulation and cable arrangement, fully taking into account rigorous environment and shield interruption of flame cutting and plasma cutting, ensuring long term and normal working of the CNC Pipe Cutting Machine;
5) All the input and output control signal of the control board are isolated with I/O board. The elements are reasonably arranged, and cables are tidily laid, along the whole length of CNC Pipe Intersection Cutting Machine.
1) Roundness of pipe: Ovality of the cross section of pipe should not exceed 0.5% that of pipe diameter;
2) Welding reinforcement on longitudinal seam of pipe: If this welding reinforcement is protruding enough to affect smooth revolve of pipe during running of the CNC Pipe Cutting Machine, it needs to be grounded off;
2. In all, to have this sophisticated CP6-1400/15 CNC Pipe Cutting Equipment fully delivering satisfactory performance, every detail involved should be taken good care.
Below is specification of 6 Axis 1400/15 Flame and Plasma sophisticated CNC Pipe Cut Machine:
Model Technical Parameter | 6 Axis CNC-CP 1400/15 Sophisticated CNC Pipe Intersection Cutting Machine |
Diameter Range of Pipe | 300 ~ 1400 (mm) |
Max. Length of Pipe (mm) | 15,000 |
Thickness of Pipe (mm) | 6~100 mm for flame cutting; 3 ~ 25mm for plasma cutting |
Cutting Speed | 200∼800mm/min. for flame cutting Around 200~ 2000mm/min. for plasma cutting (Based on thickness of Pipe and Plasma Power) |
CNC Control Axis | 6 Axis of X/Y/Z/A/B/V X Axis: For cutting torch movement along workpiece length Y Axis: For pipe infinite rotation; Z Axis: For cutting torch up and down; A Axis: For tilting cutting torch along workpiece radius; B Axis: For tilting cutting torch along pipe length; V Axis: Cutting torch lateral movement |
1) Generally speaking, the 5 Axis control Flame and Plasma CNC Pipe Cutting Equipment can meet majority demand on pipe beveling and chamfering, for small to medium size pipe:
2. On the other hand, there do exist certain conditions that calls for sophisticated cutting and beveling for medium diameter pipes in CNC Pipe Cutting Machine:
1) For machining stainless steel materials/ Alloy steel of pipes;
2) Plasma cutting for pipe: Plasma CNC Pipe Cutting Machine;
1) This means the positioning of cutting torch along pipe radius way is controlled not only with pipe rotation Y axis, but also with V axis;
As can be found from the above photo, the cutting torch equipped in 6 axis and 7 axis CNC Pipe Cutting Machine has angular ruler for measuring its tilting angle, as well as mechanism for 360° swiveling unit;
1) Control system of the CNC Pipe Cutting Machine has all the control function and hardware configuration necessary for pipe intersection cutting, which conforms to Chinese national electric standard and IEEE, in terms of insulation/ Protection/ Cable arrangement;
2) Depends on practical condition at customer site, the control board of CP series CNC Pipe Intersection Cutting Machine can be either of worktable style, or in the way of pendant;
4) Worktable in medium size sophisticated CP6-1400/6 CNC Pipe Cutting Machine is easy in operation, conforming to strict standard on the aspect of design/radiation/ insulation and cable arrangement, fully taking into account rigorous environment and shield interruption of flame cutting and plasma cutting, ensuring long term and normal working of the CNC Pipe Cutting Machine;
5) All the input and output control signal of the control board are isolated with I/O board. The elements are reasonably arranged, and cables are tidily laid, along the whole length of CNC Pipe Intersection Cutting Machine.
1) Roundness of pipe: Ovality of the cross section of pipe should not exceed 0.5% that of pipe diameter;
2) Welding reinforcement on longitudinal seam of pipe: If this welding reinforcement is protruding enough to affect smooth revolve of pipe during running of the CNC Pipe Cutting Machine, it needs to be grounded off;
2. In all, to have this sophisticated CP6-1400/15 CNC Pipe Cutting Equipment fully delivering satisfactory performance, every detail involved should be taken good care.
Below is specification of 6 Axis 1400/15 Flame and Plasma sophisticated CNC Pipe Cut Machine:
Model Technical Parameter | 6 Axis CNC-CP 1400/15 Sophisticated CNC Pipe Intersection Cutting Machine |
Diameter Range of Pipe | 300 ~ 1400 (mm) |
Max. Length of Pipe (mm) | 15,000 |
Thickness of Pipe (mm) | 6~100 mm for flame cutting; 3 ~ 25mm for plasma cutting |
Cutting Speed | 200∼800mm/min. for flame cutting Around 200~ 2000mm/min. for plasma cutting (Based on thickness of Pipe and Plasma Power) |
CNC Control Axis | 6 Axis of X/Y/Z/A/B/V X Axis: For cutting torch movement along workpiece length Y Axis: For pipe infinite rotation; Z Axis: For cutting torch up and down; A Axis: For tilting cutting torch along workpiece radius; B Axis: For tilting cutting torch along pipe length; V Axis: Cutting torch lateral movement |