CNC flame cutting and CNC plasma cutting, Why do we supply the CNC machine with plasma and flame cutting both:
CNC Flame Cutting and CNC Plasma Cutting: Complementary Technologies for Superior Cutting Solutions
In the world of metal fabrication, precision, efficiency, and versatility are key. This is why many advanced manufacturing providers supply machines equipped with both CNC flame cutting and CNC plasma cutting capabilities. Each cutting technology offers unique advantages, and combining them in a single machine enables users to unlock a broader range of applications and optimal cutting performance.
Key Features of CNC Flame Cutting:
1. Excellent for Thick Materials: Flame cutting uses an oxygen-fueled torch to cut through thick steel plate with ease. It is particularly well-suited for cutting mild steel plates thicker than 6mm, delivering smooth and accurate edges.
2. Cost-Effective for Heavy-Duty Cutting: Because of its ability to cut thick materials efficiently, flame cutting remains one of the most economical cutting methods for heavy steel fabrication projects.
3. Versatile Cutting Options: Flame cutting can produce clean cuts on various steel grades, making it ideal for structural steel, shipbuilding, and large machinery manufacturing.
Key Features of CNC Plasma Cutting:
1. High Precision and Speed: Plasma cutting uses an electrically ionized gas stream to cut through electrically conductive metals. It offers fine, precise cuts at higher speeds, enhancing productivity.
2. Suitable for Various Metals: Plasma cutting works well on a wide range of metals including stainless steel, aluminum, copper, and brass, as well as thinner steel plates.
3. Smooth Edges with Minimal Finishing: The process yields clean edges that often reduce the need for grinding or finishing, saving time and labor.
Why Supply Machines with Both Plasma and Flame Cutting?
By integrating both CNC plasma and flame cutting in one machine, manufacturers and fabricators gain an incredibly flexible tool that can handle diverse tasks with ease and efficiency. Here are several positive reasons for this combination:
- Expanded Application Range: Users can easily switch between plasma and flame cutting depending on material type, thickness, and precision requirements, maximizing machine utilization and project scope.
- Cost and Time Efficiency: Employing the right cutting method for each job ensures optimal use of resources. Thick steel can be cut cost-effectively with flame cutting, while thinner or more delicate metals benefit from the speed and precision of plasma cutting.
- Enhanced Productivity: Combining both cutting processes aligns well with varying production demands, allowing seamless workflow adjustments and timely job completion.
- Future-Proof Capability: Offering dual-function machines empowers businesses to meet changing market needs and customer demands without investing in multiple separate machines.
In summary, supplying CNC cutting machines equipped with both plasma and flame cutting capabilities is a forward-thinking approach that embraces versatility, efficiency, and precision. This synergy enables fabricators to confidently deliver high-quality results across a wide spectrum of metal cutting applications, propelling their operations towards greater success and innovation.
CNC plasma and flame cutting machine MS-P
It is widely known that CNC plasma and flame cutting machines differ significantly from traditional manual cutting methods. By utilizing a CNC controller, these machines reduce the need for manual intervention, making the cutting process more efficient and less labor-intensive. While modern technology has advanced to a point where most mechanical operations can be automated, CNC cutting remains a practical solution for reducing labor in current cutting applications.
In CNC programming, a simple design created through AutoCAD can guide the entire cutting process. The practical application of CNC plasma and flame cutting machines is a crucial topic in modern operations, as these machines ensure a high level of accuracy through programmed designs. Moreover, careful attention to the mechanical operation helps address cutting challenges, maximizing efficiency and precision in the cutting process.
CNC plasma and flame cutting machines have a wide range of applications, including cutting sheet metal, round pipes, and square pipes. They are available in various types, such as portable models for smaller, limited cutting areas and gantry models for virtually unlimited cutting ranges of 8*100mm and cutthing thickness upto 300mm or more.
The MS-P CNC Plasma and Flame Cutting Machine, manufactured by Hubei Meisar CNC, is a portable model with a standard cutting area of 1.5x3.0 meters. It supports both oxygen-fuel and plasma cutting methods, delivering significantly higher cutting efficiency and precision compared to traditional manual cutting techniques.
- cnc plasma and flame cutting machine MS-P Features
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High-strength hard aluminum alloy rails, operation smooth and no noise, with high-speed high-precision.
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Operation is simple, powerfull-functions, with dialogue.
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Can be achieved CAD file into a working program file and automatic nesting, through the U disk transmission.
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Portable CNC cutting machine function, with plasma flame plasma dual-use cutting function.
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with Chinese, English, French, Russian and other languages.
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System has automatic power off memory and automatic recovery function, no worry middle stopping.
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With torch height control way: to avoid cutting gun hit the steel plate to reduce losses.
With up down lifter, anti dross cover, cable protection etc super design -
- cnc plasma and flame cutting machine MS-P Technical Parameters
| Name |
Portable CNC flame cutting machine |
Portable CNC plasma cutting machine |
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| Model | MS-1525 | MS-1530 | MS-1560 | MS-2040 | MS-1525 | MS-1530 | MS-1560 | MS-2040 |
| Arc pressure increase |
No arc pressure adjustment device |
There is arc height adjustment device |
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| Cutting range (X * Y) | 1600*2500 | 1600*3000 | 1600*6000 | 2000*4000 | 1600*2500 | 1600*3000 | 1600*6000 | 2000*4000 |
| Customizeinformation |
The length of the guide rail (effective cutting length Y axis) can be customized according to customer requirements |
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| Motor type |
57 # stepper motor |
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| Torch raise type |
Electric up |
Plasma arc pressure is automatically raised |
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| The number of lifts |
1set |
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| nput voltage |
Single phase AC-220V /110V |
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| input power |
About 220W |
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| Running speed |
0-6000mm / min (max 8000mm / min) |
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| Cutting type |
Flame / plasma cutting |
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| Drive mode |
Gear rack drive |
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| Torch lift |
0-105mm |
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| Operating accuracy |
0.2mm/m |
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| Flame cuttingthickness |
Piercing ability:5-60mm edge cutting 5-150mm |
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| Plasma cuttinthickness |
Depending on the size of the plasma power supply |
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| Flame ignition device |
Standard with no (customizable) |
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| Gas requirements |
Acetylene / propane gas pressure ≤ 0.1MP |
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| Oxygen requirements |
Oxygen maximum pressure ≤ 1MP |
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| Selection of color |
Red, yellow and blue |
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| Cutting table |
We provide cutting table drawings for the user reference (material required to purchase their own users) |
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