The Intersecting line CNC plasma cutting machine is suitable for cutting cylindrical orthogonal, oblique, eccentric and other inertia holes, as well as oval holes on all kinds of tubes, and can cut coherent inertia lines.
The machine is widely used in the production of metal structural parts, electric power equipment, boiler industry, petroleum, chemical and other industrial sectors.
1. Fwincnc Metal Tube Plasma Cutting Machine can cut a number of different directions, different diameters of cylindrical coherent line holes in the main pipe to meet the branch pipe axis and the main pipe
Eccentric and non-eccentric orthogonal and oblique intersection of branch pipe axis and main pipe axis.
2. Fwincnc Metal Tube Plasma Cutting Machine can cut the coherent line end at the end of the branch pipe to meet the conditions of vertical intersection and inclined intersection between the axis of the branch pipe and the axis of the main pipe with eccentricity and non-eccentricity.
Intersection, inclined intersection conditions.
3. Fwincnc Metal Tube Plasma Cutting Machine able to cut oblique section end face on round pipe end.
4. Fwincnc Metal Tube Plasma Cutting Machine can cut welded elbow on the round pipe, "shrimp section" at both ends of the diagonal section.
5. Fwincnc Metal Tube Plasma Cutting Machine able to cut the coherent end of the branch pipe intersecting with the ring main pipe.
6. Fwincnc Metal Tube Plasma Cutting Machine can cut square holes, waist-shaped holes, oval holes in the middle of the round pipe (square holes and waist-shaped holes can be with rounded corners).
7. Fwincnc Metal Tube Plasma Cutting Machine able to carry out steel pipe truncation.
8. Fwincnc Metal Tube Plasma Cutting Machine can groove the end of the pipe.
9. Fwincnc Metal Tube Plasma Cutting Machine able to make two-way, three-way and other pipe joints.
Product Parameters
Equipment specifications sheet:
1 |
Description |
Specification |
2 |
Cutting pipe diameter range |
50mm-400mm |
3 |
Cutting pipe wall thickness |
Plasma(Optional) |
4 |
Effective cut length |
12M |
5 |
Cutting speed |
100~6000mm/min |
6 |
Pipe loading weight |
Within 1000kgs |
7 |
Move speed |
10~6000mm/min |
Number of linkage axes:
Motion Axis |
Motion Axis |
Cutting machine linkage shaft |
X axis |
X(Lateral axis) |
Pipe fitting rotation shaft |
Y axis |
Y(Longitudinal axis) |
The torch moves the shaft horizontally along the tube fitting axis |
Z axis |
Z(Torch lifting axis) |
Torch lifting axis |
Driving type and cutting mode:
1 |
Steel tube transmission mode |
The electric drive chuck rotates to match the longitudinal equipment operation |
2 |
Cutting mode |
Plasma(depend on customer's request) |
3 |
Lifting mode |
Manual |
4 |
Cutting function |
Intersecting line cutting |
Working environment request:
1 |
Working voltage |
AC220±10v |
2 |
Input power |
3.0KW |
3 |
Working temperature |
-10~50ºC |
4 |
Relative humidity |
5%~90% no condensation |
Equipment Accuracy
Main accessories details:
1 |
Control system |
One set of STARCAM pipe cutting system |
2 |
Bracket chuck |
One set of 320C |
3 |
Machine head assembly |
One set |
4 |
Reducer |
One set |
5 |
Motor |
Motor of 110 |
6 |
Round tube bracket |
5 sets |
7 |
Rack form |
Square tube welding |
Main technical parameters table:
1 |
Specifications and models |
WF-12000*320 |
2 |
Input power |
220±10%V AC50HZ/60HZ220W |
3 |
Cutting mode |
Plasma |
4 |
Effective cutting range |
Cutting pipe diameter less than 320mm |
5 |
Chuck specification |
320mm |
6 |
Cutting speed |
0-5000mm/min |
7 |
Operating accuracy |
±0.2mm |
8 |
FASTCAM |
Zhuochuang Professional Pipe Cutting Software |
Application
lasma pipe cutting machines are widely used in modern manufacturing across multiple industries, including mechanical manufacturing, shipbuilding, chemical equipment, and aerospace.Here are its specific applications:
Metal Processing
Tube Cutting: Capable of efficiently cutting metal tubes such as stainless steel, carbon steel, aluminum, copper, etc., widely used in machinery manufacturing and other fields.
Sheet Metal Cutting: In metal sheet processing, it can quickly and accurately cut required shapes and sizes, such as beams, columns, and plates in steel structure buildings.
Construction Industry:Used for cutting metal structures, steel plates and other materials in construction, helping to speed up construction and improve engineering quality.
Atomobile Manufacturing Industry :In automotive parts processing, it can balance precise movement and rapid movement, meet high-precision cutting requirements, and improve production efficiency.
Aerospace Industry:Used for cutting aircraft structural materials such as titanium alloys and other refractory metals, reducing aircraft weight, and meeting the processing requirements of high precision and complex shapes.
Detailed Photos




Certifications
