1. Application: The 7 Axis 3000/12 Flame and Plasma CNC Pipe Cutting Machine is “the Top Grade Biggest One” among all the standard models of CNC Pipe Intersecting Cutting Machine;
1) Workpiece: Produces the largest dimension of pipes in terms of both diameter and length: Diameter up to 3000mm, length up to 12m, and pipe wall thickness up to 100mm;
2) CNC Control Axis: The electric control system of the CNC Pipe Cutting Machine has the complicated 7 axis.
1) Hardware of industrial computer integrated circuit;
2) Software of control operating program and operating system;
3) Ingenious and sturdy mechanical structure of the Heavy duty CNC Pipe Intersecting Cutting Machine;
4) Communication between cutting system and control system of the CNC Pipe Intersection Cutting Machine;
2. Our Strength: There are few companies in industry who has real capability on designing and producing such kind of cutting-edge Heavy duty CNC Pipe Cutting Machine, and Wuxi JACK is the leading company in this field;
3. Business Performance: The latest export of this model of the Heavy duty CNC Pipe Intersection Cutting Machine by Wuxi JACK was in the end of year 2018, a customer from Oil and Gas facility at Texas U.S.A purchased one set of it. Ever since, this set of 7 axis 3000/12 Heavy duty CNC Pipe Cutting Machine runs in very good condition at customer’s site.
1. We have introduced the definition of 5 axis: X/Y/Z/A/B axis, its control action, in the product section of “5 Axis 3000/12 Heavy duty CNC Pipe Cutting Machine”;
On the basis of 5 Axis, the additional 2 Axis in the 7 Axis Heavy duty CNC Pipe Intersecting Cutting Machine, compared with the counterpart in 5 Axis CNC Pipe Cutting Machine refer to:
1) Movement of Cutting Torch along Radial Direction of Pipe: V Axis
2) Movement of Turning Rolls along Radial Direction of Pipe: W Axis (For adjusting distance of the 2 sets of Rollers);
3. Here we take note that, the turning rolls for holding pipe, of which the W axis works on, in the control logic of 7 axis CNC Pipe Cutting Machine, works in the similar working principle as Welding Roller Bed;
Please see below sketch, on indicating the V axis and W axis, in the 7 axis CNC Pipe Intersecting Cutting Machine. It is labeled with arrow in red color for V and W axis: (Fig.1)
5. Related Machine: When making edge beveling on pipes, the CNC Pipe Intersection Cutting Machine has similar function as Edge Milling Machine. Meanwhile, with workpieces turned from steel plate to metal pipes, the control system and mechanical system of the CNC Pipe Intersecting Cutting Machine grows more complicated.
For the purpose of convenient operation on this large size CNC Pipe Intersection Cutting Machine, as can be seen from below photo in purple color, at back of the 10s m long horizontal beam, there is an overhead platform passage for operator walking, facilitating monitoring on this large scale CNC Pipe Cutting Machine with great ease: (Fig.2)
2. Easy Operation: Also, for the purpose of convenient operation, at end of the passage platform, a retractable and elevating platform is installed, so that during running of the Oxy-fuel Plasma CNC Pipe Intersection Cutting Machine, operator can walk onto the large diameter workpiece pipe, for ease of close up operation. Please check attached video for observance.
Below is specification of the 7 Axis CNC-CP 3000/12 Large Scale CNC Pipe Intersecting Cutting Machine:
Model Technical Parameter | 7 Axis CNC-CP 3000/12 Heavy duty Oxy-fuel Plasma CNC Pipe Cutting Machine |
Applicable Diameter Range of Pipe for Cutting and Beveling (mm) | 600 ~ 3000 |
Applicable Max. Length of Pipe for Cutting and Beveling (mm) | 12000 |
Applicable Thickness of Pipe (mm) | 6~100 mm for flame cutting; 3 ~ 25mm for plasma cutting |
Cutting Speed of Flame and Plasma | 200∼800mm/min. for flame cutting Around 200~ 2000mm/min. for plasma cutting (Based on thickness of Pipe and Plasma Power) |
CNC Control Axis | 7 Axis of X/Y/Z/A/B/V/W X Axis: For cutting torch positioning along workpiece lengthways; Y Axis: For CW/CCW workpiece rotation; Z Axis: For cutting torch moving up and down; A Axis: For tilting cutting torch along workpieces radius; B Axis: For tilting cutting torch along workpiece longitudinal; V Axis: For cutting torch positioning along workpiece lengthways; W Axis: For friction rollers movement along workpieces radius |