Automatic Pipe Bevel Cutting Meaning Comparing With Manual Steel Pipe Bevel Cutting
Common welded grooves in steel plate structures include V-shaped, Y-shaped, X-shaped (with or without blunt edges), and U-shaped fixed-style grooves. However, welded steel pipe structures typically require more complex, amorphous, and variable-angle grooves.
Before welding, steel pipe joints often need to be beveled, and there are two methods for groove cutting: manual cutting and automatic pipe cutting machine cutting.
Advantages of Manual Steel Pipe Bevel Cutting:
Manual bevel cutting equipment is simple-typically using standard gas-cutting tools-making it convenient and flexible. For parts with complex structures or one-off production, manual cutting is often more efficient and practical.
Advantages of Automatic Steel Pipe Cutting:
For mass production, automatic cutting is just CNC cutting, it offers significant economic benefits. CNC cutting machines, designed specifically for creating grooves, allow for high-precision cuts and are particularly effective in maintaining inner and outer contours, corner grooves, and root retention accuracy.
With Automatic CNC cutting, a single perforation process eliminates the need for unnecessary lead-out wires, resulting in faster, more efficient processing.
Automatic pipe cutting machine
Automatic pipe cutting machine MS-TX is our round metal pipe random bevels CNC cutting machine:

- Automatic Pipe Cutting Machine MS-TX General Introduction and Parameter:
1. Cutting steel type: Round tube intersection with bevel, say, truss, channel, boiler etc.
2. Figures can be cut: variety of graphics by outspreading intersecting line, can be with bevel.
3. Control Axes: 4-5-6 axies, bevel cutting with six spindle and six-interlocking.
4. Diameter: 30-1000mm or customize.
5. Bevel cutting range: flame 60degree , plasma 45degree.
7. Cutting way: plasma or flame
8. Pipe length: ≥3m
9. Pipe clamping method: Chuck
10. Power-driven: high-precision AC servo+dedicated planetary reducer
11. Control System: dedicated intersecting line cutting system, 3-6-axis controlled, with quantitative intersecting line cutting macro library.
- Automatic Pipe Cutting Machine MS-TX Technical specifications
|
No. |
Item |
Parameter |
|
1 |
cutting pipe diamter |
Φ=300~1500mm |
|
2 |
pipe wall thickness |
1~40mm |
|
4 |
cutting pipe length |
L1=15000mm ( can be customized) |
|
5 |
Required workpiece ovality |
≤5% |
|
6 |
cutting speed |
V≤6500mm/min |
|
7 |
moving speed |
V0=10~15000 mm/min |
|
8 |
Torch axial swing angle |
α=±45° |
|
9 |
Torch radial swing angle |
β=±45° |
|
10 |
Carry capacity |
20000KG |
Related Question about the automatic pipe cutting machine:
1. How to Choose an Automatic Pipe Cutting Machine
★ Steel Pipe Specifications (Pipe Diameter and Length):
Understanding the size and length of the pipe helps you select the most suitable machine model for your needs.
★ Beveling Requirement:
If beveling is not required, a 3-axis 2-linkage cutting machine will suffice.
For beveling, a 6-axis 5-linkage cutting machine is generally recommended.
★ Material of the Steel Pipe:
The material type, whether carbon steel, stainless steel, or others, determines the cutting method.
Typically, flame cutting is used for carbon steel, while plasma cutting is better for stainless steel or non-ferrous metals.
★ Thickness of the Steel Pipe:
The thickness further clarifies the appropriate cutting method.
For plasma cutting, the pipe thickness helps in selecting the right plasma power supply. For more details, refer to the guide "How to Choose the Plasma Power Supply."
2. Meaning of Metal Round Pipes Bevel Cutting
Pipe bevel cutting refers to the process of shaping the edge of a pipe end at a specific angle, typically to prepare it for welding. This technique is essential in various industries such as construction, plumbing, and manufacturing, where strong and reliable pipe joints are required. By beveling the pipe ends, welders can ensure better penetration and fusion during the welding process, resulting in durable and high-quality connections.
Bevel cutting also contributes to improved efficiency in pipe installation and maintenance. It allows for precise alignment and easier fitting of pipes, which can speed up project timelines and reduce material waste. With advancements in cutting technology, such as automated plasma or flame beveling machines, the process has become more accurate and faster, supporting large-scale infrastructure developments.
Overall, pipe bevel cutting is a vital practice that enhances the safety, strength, and longevity of piping systems. Its role in promoting seamless connections exemplifies how careful preparation and attention to detail can lead to outstanding engineering outcomes, driving progress across many fields.
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