What is profile cutting?
Profile cutting is manual flame cutting with profile tool, it is a low precise and creative process used in various industries such as manufacturing, construction, and design. It involves shaping materials-like metal, wood, or plastic-into specific outlines or contours based on detailed plans or templates. This technique allows for the production of customized parts and components that fit perfectly into larger assemblies or structures.
The beauty of profile cutting lies in its ability to transform raw materials into intricate shapes with good enough accuracy and efficiency. With advancements in technology, methods such as laser cutting, and plasma cutting have made profile cutting faster than flame cutting, cleaner, and more environmentally friendly. These innovations not only improve the quality of the final products but also support sustainable practices by reducing waste.
Overall, profile cutting plays a vital role in enabling creativity and precision in many fields, helping bring innovative ideas to life and contributing to the progress and development of modern industries.

Profile cutting machine details normally is as below:
■ Adopt control speed adjustment,travel steadily;
■ Cutting parts all kinds of shapes in accordance with template;
■ Applicable for batch cutting of parts in the same shape;
■ Cutting way: Flame cutting;
■ Cutting thickness:5-100mm
■ Cutting speed:50-750mm/min
■ Cutting diameter:20-φ600mm
■ Cutting length:1200mm
■ Cutting square:500×500mm
■ Weight:56kg
Difference Between Profile Cutting and CNC Cutting
In the world of manufacturing and fabrication, precision cutting techniques play a crucial role in creating high-quality products. Profile cutting and CNC cutting both techniques involve cutting materials with great accuracy, they have different focuses and applications that make each unique and valuable.
- Profile Cutting: Shaping with Precision
Profile cutting most are flame cutting, it is manual flame cutting with tool.
Profile cutting refers specifically to cutting the outline or contour of a material. This technique is widely used to create complex shapes and patterns from metal, wood, plastic, or other materials. The key advantage of profile cutting is its ability to follow precise, often intricate designs, making it ideal for parts requiring custom shapes or detailed edges. It is frequently employed in industries like automotive, aerospace, and decorative arts.
- CNC Cutting: Versatility and Automation
CNC cutting, which stands for Computer Numerical Control cutting, refers to any cutting process governed by a computer program. This means the cutting machine-whether it is a laser cutter, plasma cutter, waterjet-operates automatically based on digital instructions. CNC cutting offers incredible versatility and repeatability, enabling manufacturers to produce complex parts quickly, consistently, and with minimal human error. Besides profile cutting, CNC cutting can include other cutting styles like pocketing, drilling, and engraving.
- Complementary Strengths
While profile cutting focuses primarily on cutting the perimeter or shape of a part, CNC cutting encompasses a broader range of automated cutting processes, including profile cutting itself. Together, they empower industries to innovate with precision and efficiency. Utilizing CNC technology for profile cutting enhances accuracy, reduces waste, and speeds up production, contributing to higher quality outcomes and customer satisfaction.
In summary, profile cutting is a specific type of cutting that shapes the edges of a material, while CNC cutting is a broader category of computer-controlled cutting methods that ensure precision and efficiency. Both techniques highlight the exciting advancements in manufacturing technology, driving creativity and excellence across many fields.
What is CNC Profile Cutting Machine?
A CNC Profile Cutting Machine actually is the CNC cutting machine, it is an advanced manufacturing tool that uses computer numerical control (CNC) technology to precisely cut various materials into specific shapes and profiles. This machine is widely used in industries such as metalworking.
The term "CNC" refers to the computerized system that controls the cutting process, allowing for automated and highly accurate operations. "Profile" means designs created through computer-aided design (CAD) software can be directly translated into physical cuts, ensuring perfect replication of complex patterns and detailed profiles.
These machines bring many positive benefits to manufacturing, including improved productivity, reduced material waste, and enhanced consistency in production quality. By streamlining cutting tasks, CNC Profile Cutting Machines empower businesses to innovate and meet the demands of modern markets with speed and precision.

CNC profile cutting machine MS-P Product Description
- Portable design.
- CNC flame/plasma cutting.
- Standard cutting area is 1.5*3.0m.
- Machine consists of a CNC drive unit and two aluminum alloy rails, which makes the machine can be easily disassembled into some small parts to transport and quickly assembled to use.
- It's ideal for small fabrication shops, maintenance and repair shops, trade schools, or for portable use within large facilities and construction sites.
- Automated functions and a user-friendly CNC system has 45 different cutting path settings and any plane shape composed of beeline also can be programmed.
- Precision and solid guide rails and accuracy motion control makes the machine can precisely cut the shape as customers' need.
CNC profile cutting machine Simple introduction:
1.Effective Cutting Range: 59" × 118" (1500mm × 3000mm)
2.Flame Cutting Gas: Oxygen + Acetylene / Propane
3.Max. Flame Cutting Thickness: 5-29/32" (150mm)
4.Max. Plasma Cutting Thickness: According to plasma cutmaster
5.110V±10%, 60Hz, 0.21HP (160W)
6.Plasma cutmaster and plasma torch are not included in the package.
CNC profile cutting machine Other features include:
1. Compact keyboard design and easy to input files.
2. USB port for program loading.
3. 64M SDRAM for memory storage.
4. Support the Flame, Plasma, Dusting draw and Demonstration four kinds of mode.
5. Plasma arc feedback, positioning feedback, automatically shut down the arc at the corner.
6. According to plate thickness, the cutting speed is automatically restricted by a speed limit in the corner, effectively preventing over burn.
7. System can be upgraded by USB interface easily, and lifetime free upgrade is available.
8. Self-diagnostic function, to diagnose the key status and all the IO status, facilitate inspection and debug.
9. cnc profile cutting machine can be programmed to cut any plane shape parts composed of beeline and arc. There are two ways to program on this machine:
a. For simple graphics, users can choose required graphics from 45 cutting path settings in the CNC system and change parameters according to the size of the grapics.
b. For complex graphics, users can draw graphics in CAD software and convert the .dwg files in the nesting software comes with the machine, then import the converted files into the machine by U disk.
Should we select flame or plasma cutting way? About Flame & Plasma CNC Cutting Mode:
Flame or plasma cutting mode can be choose on cnc profile cutting machine as customers' need: Flame cutting mode is more suitable for cutting thick metal plate. But for the thin metal plate, plasma cutting mode is faster and the cutting edge is smoother. Flame torch and plasma torch can be exchanged very easily.

Tips:
1. This machine comes with an oxy-fuel torch and some cutting nozzles. Plasma cutmaster and plasma torch are not included in the package.
2. If users want to use cnc profile cutting machine for plasma cutting, users should better choose mechanized plasma cutmaster for cnc profile cutting machine. Handheld plasma cutmaster cannot be directly used with cnc profile cutting machine.
3. We recommend you the mechanized plasma cutters.
|
Effective Cutting Width |
59" (1500mm) |
|
Effective Cutting Length |
118" (3000mm) |
|
Traverse Speed |
Max. 118 IPM (3m/min) |
|
Move Precision |
±0.2mm/m |
|
Flame Cutting Thickness |
Max. 5-29/32" (150mm) |
|
Plasma Cutting Thickness |
According to plasma cutter |
|
Flame Cutting Gas |
Oxygen + Acetylene / Propane |
| Input AC Voltage |
110V ± 10%, 60Hz |
|
Power |
0.21 HP (160W) |
|
Gas Pressure |
Max. 14.5 psi (0.1MPa) |
|
Oxygen Pressure |
Max. 101.5 psi (0.7MPa) |
|
Working Temperature |
23 – 113℉ |
|
CNC System |
FLSK F2100B |
Installation of CNC profile cutting machine MS-P:

When you are going to use MS-P to cutting the metal plate, follow these steps:
a. Fix the track by bolts beside the metal plate that needs to be cut.
b. Assemble the CNC drive unit on the track and then assemble the cross bar on the CNC drive unit. (Installation method can be seen in the video)

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