The product can be viewed as a set of precise control equipment with compact size:
1) Dimension: This High Speed CNC Pipe Cutting Machine has short length and medium height;
2) Applicable Workpiece Pipe: This model of machine is applicable for fabricating on small and medium size pipes: The Max. overall dimension of pipe is with diameter Φ1400mm and 6000mm length;
3) CNC Control Axis: With 6 Axis (X/ Y/ Z/ A/ B/ V) Axis embedded, which are responsible for high speed accurate positioning the welding torch in 3 dimensional spatial area, this 6 Axis 1400/6 configuration machine delivers high precision cutting kerf and welding groove in consistent efficient manner:
Slant edge cutting kerf, cut from Wuxi JACK 6 Axis 1400/6 CNC Pipe Intersect Cutting Machine: (Fig.1)
2. This 6 Axis 1400/6 model machine with plasma and flame cutting also originates from the longer version of 6 Axis 1400/12, for the purpose of precisely fit with required length of pipe cutting.
Below 2 sketches give illustration on the 6 Axis meaning and task in CP Series High Speed CNC Pipe Intersection Cutting Machine:
X/ Y/ Z/ A/ B axis indication: (Fig.2)
V/ W Axis indication, W axis is not active in 6 axis model machine: (Fig.3)
1. At the early stage of Oxygen fuel CNC Pipe Cutting Machine, 5 Axis is complex control for medium size specification of Φ1400 diameter;
2. In recent years, with the development of control technique, the 6th and 7th Axis of V Axis and W Axis is introduced, to control both cutting torch and supporting rollers movement along radial direction of pipe;
3. Such 7 Axis control technique is especially useful for large scale models machine on CNC control pipe cutting: Φ2000mm and above;
4. Meanwhile, for medium size of Φ1400mm specification machine model, 6 Axis is the best choice for high precision control of pipe cutting and beveling process.
The list of 9 typical intersection straight and oblique beveling style available for cut on pipes, in 6 Axis model machine: (Fig.4)
1. Overall Advanced Technique: The high degree of accuracy from CNC control pipe cutting need not only state of art control system, but also mechanical system and cutting system;
2. Cutting Method: Of which cutting system has 2 options: Oxygen fuel flame cutting, or plasma cutting, or both. This is the reason we name the equipment Plasma and Flame cutting for pipes;
3. High Cutting Precision: For the medium range diameter of Φ1400mm, compared with Φ2000mm and above, (For example Φ2500mm or Φ3000mm specifications), usually with the decrease in diameter, so is its thickness of pipe wall. And plasma cutting system is a more suitable choice for precise cutting and beveling within this range of pipe size, to be cut and beveled on pipes;
4. Plasma Cutting Power Supply Equipped with the Machine: As the plasma power supply equipped in CNC Pipe Cutting Machine, there are several suppliers both in China and abroad (for example, Chinese HUAYUAN, U.S.A Hypertherm) who can produce good quality plasma power supplies of various specification, for cutting metal plates from as thin as 3mm to 25mm. This fits perfectly with thickness range of pipes in Φ1400mm diameter pipe cutting;
5. Flame Cutting on Thick Wall Pipes: On the other hand, thanks to the in phase collaboration of control system and mechanical system, if adopted with Oxygen fuel flame cutting unit, this high speed cutting machine on various thickness pipes can also deliver ideal cutting and beveling outcome for customers.
Model Technical Parameter | 6 Axis CNC-CP 1400/6 High Speed Plasma and Flame CNC Pipe Intersection Cutting Machine |
Suitable Range of Workpiece Diameter | 300 ~ 1400 (mm) |
Suitable Max. Length of Workpiece | 6000 (mm) |
Suitable Range of Workpiece Thickness | 6~ 100 mm for flame cutting; 3 ~ 25mm for plasma cutting |
Suitable Cutting Speed in 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 | 6 Axis of X/ Y/ Z/ A/ B/ V X Axis: For cutting torch positioning along pipe length; Y Axis: For pipe CW/CCW rotation; Z Axis: For changing height of cutting torch based on pipe diameter; A Axis: For managing cutting torch tilting along pipe diameter; B Axis: For managing cutting torch tilting along workpiece lengthways; V Axis: For cutting torch move along pipe radius |