CNC Plasma Tube Cutting Machine Advanced Introduction:
1.> Plasma cnc cutting way, or oxygen fuel gas cutting way, suitable for wall thickness 0.3-25mm.
2.> Suitable for most metal tube diameter:30-600mm.
4.> 3 Axis, suitable for no need bevel requirement.
5.> Especically designed and suitable for the metal pipe intersectional profile cutting.
Can achieve any pipe profile processing; Shrimp lips elbow cut, can set the number of section, elbow angle. Eccentric saddle head cutting; mother tube hole cutting can be used with the riding type, plug-in branch etc.
6.> Portable design, save space and cost.
7.> 7.4 inch color LCD screen, Full English operate.
CNC Plasma Tube Cutting Machine Specification
|
Name |
CNC Plasma Tube Cutting Machine | |||
|
Model |
MS-TP1030 |
MS-TP1060 |
MS-TP1530 |
MS-TP1560 |
|
Motor type |
Delta ASDA400W |
Delta ASDA400W |
Delta ASDA400W |
Delta ASDA400W |
|
Chuck size |
250-type threejaw chuck (customizable) |
|||
|
Input voltage |
Single phase AC-220V |
|||
|
input power |
About 800W |
|||
|
Effective cutting length of steel pipe |
3000mm |
6000mm |
3000mm |
6000mm |
|
Pipe diameter |
StandardΦ40mm-300mm (can be customized large diameter) |
|||
|
Maximum carrying weight |
≤500KG |
≤800KG |
≤300KG |
≤800KG |
|
Support rail size |
24KG / M fine grinding guide |
|||
|
How to use it |
Intersecting line cutting |
Tube plate dual purpose cutting |
||
|
Customize information |
For other sizes, weight, diameter requirements can be customized according to customer requirements |
|||
|
Cutting type |
Plasma / flame cutting |
|||
|
Tube oval |
≤2% |
|||
|
Number of pipe supports |
1Set |
2Sets |
1Set |
2Sets |
|
Number of NC linkage axes |
2 axis |
2 axis |
2 axis |
2 axis |
|
Torch lift |
≤ 105mm |
|||
|
Operating accuracy |
± 0.2mm/m |
|||
|
Flame cutting thickness |
5mm-120mm |
|||
|
Plasma cutting thickness |
Depending on the size of the plasma power supply |
|||
|
Plasma arc pressure is raised |
HP-105 |
|||
|
Gas supply requirements |
Acetylene / propane gas pressure ≤ 0.1MP |
|||
|
Oxygensupply requirements |
Oxygen maximum pressure ≤ 1MP |
|||
|
Cutting table |
Tube cutting Taiwan for the one-piece stnjcture, we provide cutting table drawings customers self-processing |
|||

- CNC plasma tube cutting machine factual cutting samples





Related Question of CNC Tube Cutting Machine MS-TP
1. Can we exchange flame way for CNC plasma tube cutting machine?
Sure, In the world of metal fabrication, precision and efficiency are key. CNC plasma tube cutting machines have revolutionized the way tubes and pipes are processed, offering speed and accuracy that benefit various industries. One common inquiry is whether flame cutting techniques can be applied in conjunction with CNC plasma tube cutting machines.
Firstly, it's important to understand the core differences between the two cutting methods. Flame cutting, also known as oxy-fuel cutting, uses a combination of oxygen and fuel gases to heat and oxidize metal, making it possible to cut through thick steel plates. Plasma cutting, in contrast, employs an electrically ionized gas (plasma) to create a high-temperature jet that melts and blows away material, offering cleaner and more precise cuts, especially on thinner metals and tubes.
While flame cutting is excellent for heavy-duty, thick steel applications due to its capability to handle substantial thicknesses economically, CNC plasma cutting is highly advantageous for projects requiring detailed shapes, finer edges, and higher cutting speeds, particularly on tubes and pipes with moderate thickness.
Integrating flame cutting principles with CNC plasma tube cutting machines is a promising concept, especially for expanding the versatility of fabrication workshops. Some advanced CNC systems offer multi-process capabilities, enabling switching between plasma and oxy-fuel methods depending on material type and thickness. This flexibility allows users to enjoy the benefits of both technologies: the robust capability of flame cutting and the precision of plasma cutting.
In practice, flange cutting using a flame method can complement plasma tube cutting for custom applications where thickness or material type demands it. Operators can optimize productivity by selecting the ideal method for each part, supported by CNC controls that ensure repeatability and efficiency.
In conclusion, while CNC plasma tube cutting machines primarily utilize plasma cutting technology designed for speed and precision on tubes, the flame cutting method remains a valuable technique in the broader spectrum of cutting operations. Embracing both techniques within a workshop environment promotes versatility, maximizes resource utilization, and opens doors to innovative fabrication solutions that cater to diverse project needs.
2. CNC function in CNC plasma tube cutting machine?
In the modern construction and architectural industry, the demand for efficient, precise, and high-quality tube structures is ever-increasing. Trusses, known for their strength and versatility, play a vital role in supporting roofs, bridges, towers, and various frameworks. The integration of steel tube cutting machines into the truss manufacturing process has revolutionized the industry, offering significant improvements in productivity, accuracy, and overall quality.
Steel tube cutting machines are specially designed tools that enable manufacturers to cut steel tubes quickly and precisely according to specific dimensions and angles. Their application in tubemanufacturing offers numerous advantages:
1. Enhanced Precision and Consistency
Accurate cutting of steel tubes ensures that each component fits perfectly within the truss design, leading to stronger and more reliable structures. Steel tube cutting machines use advanced technology such as CNC (Computer Numerical Control), allowing for repeatable precision that minimizes human error and material wastage.
2. Increased Efficiency and Productivity
Automated steel tube cutting machines can perform swift and complex cuts, drastically reducing the time required in the preparation phase of tubes manufacturing. This increased operational speed helps manufacturers meet tight deadlines and handle large-scale projects with ease.
3. Versatility and Flexibility
Modern steel tube cutting machines support various cutting methods-such as plasma and flame cutting-and can handle tubes of different sizes and thicknesses. This flexibility enables manufacturers to produce a wide range of truss designs tailored to different structural needs.
4. **Improved Safety**
By automating the cutting process, steel tube cutting machines reduce the need for manual labor in potentially hazardous cutting operations, contributing to a safer work environment. Operators can focus more on supervision and quality control rather than direct exposure to cutting tools.
5. Cost-Effectiveness
Although the initial investment in a steel tube cutting machine may be significant, the long-term benefits include reduced material waste, lower labor costs, and faster production cycles. These factors collectively enhance profitability and project viability.
In conclusion, the incorporation of steel tube cutting machines into truss manufacturing embodies the spirit of innovation and progress. By embracing advanced cutting technology, manufacturers can produce strong, precise, and aesthetically superior tubes that meet the evolving demands of the construction industry.
Hot Tags: CNC Plasma Tube Cutting Machine, China CNC Plasma Tube Cutting Machine manufacturers, suppliers, factory, Steel Pipe Cutting Machine, Portable Pipe Cnc Cutting, Pipe Cnc Plasma Cutting, Auto Pipe Cutting Machine, Pipe Bevel Cutting Machine, Stainless Steel Pipe Cutting Machine














