iGP-T
Gantry CNC Plasma Flame Cutting Machine
The intersecting line cutting machine is suitable for cutting cylindrical orthogonal, oblique, eccentric and other phase inertial holes, square holes, elliptical holes on various pipes, and can cut the intersecting phase inertial lines at the end of the pipe. This type of equipment is widely used in the production of metal structural parts, power equipment, boiler industry, petroleum, chemical and other industrial sectors.
It only needs to input the pipe diameter, intersection angle and other parameters of the pipe intersecting system, and it can perform multiple intersection forms between the main pipe and several branch pipes. Calculation of intersecting lines, and complete multi-axis linkage control to achieve various complex intersecting line cutting.
Features and Advantages of Portable Plasma Tube Cutting Machine
1.The machine tool adopts high rigidity design and undergoes secondary aging treatment to fully eliminate internal stress. The precision of the machine tool is stable for a long time, ensuring the cutting accuracy of the whole machine.
2.Adopt gear and rack meshing, coupled with precision planetary gear box for speed reduction, with high output torque, low noise, long life lubrication and other characteristics, so as to achieve high positioning transmission.
3.Using professional CNC pipe cutting software, easy to learn and easy to use, reduce operator requirements and greatly improve work efficiency. With professional software, real-time processing of various graphics and text can be realized. Simple to use, flexible and convenient.
4.Intersecting line cutting machine is suitable for cutting cylindrical inertial line holes, square holes, oval holes, etc. on various pipes, and can cut intersecting lines at the end of the pipe.
TECHNICAL PARAMETER
Effective cutting range of length (mm) | 3000mm |
Effective cutting range of pipe diameter (mm) | Ф30mm~Ф320mm |
Input voltage | 220±10%V AC 50HZ/60HZ 220W |
Total power | 约2000W |
Rated rotational speed | 0-15rpm( Custom ) |
Reset accuracy | ±0.2mm/m |
Tube Ovality | ≤2% |
Running accuracy | ±0.2mm/m |
Number of CNC controlled axes | 2 axis |
Chuck size | 250# |
Torch lift stroke | 180mm |
Maximum Tube Weight | 约1000KG |
Plasma cutting thickness (take LGK-120A as an example) | ≤16MM |
Flame uses gas form | Oxygen+Acetylene/Oxygen+Propane |
Gas pressure | ≤0.08MP |
Oxygen pressure | ≤1.0MP |
It is applied in all types of machinery, metal structure manufacturing, repair and installation service, sheet metal fabrication, hole drilling, digging and patching, beveling and more metal cutting projects & plans.
Portable host, easier to operate and more practical Bearing seat, high precision, good wear resistance
Chuck Base
The chuck adopts 250# three-jaw chuck, and the support seat track adopts 24KG/M fine grinding track.Higher precision, better cutting quality and greater bearing capacity.
Advanced Plasma Power Supply
It adopts China’s well-known industrial brand Huayuan industrial plasma power supply. Precise cutting, no burrs, and small bevel. Energy-saving, low consumption, more stable performance.
Fangling F-2300A CNC Operating System
Arc voltage height controller
Digital control, easy to learn and operate, anti-high frequency electromagnetic interference, stable performance.
Application of Portable Plasma Tube Cutting Machine
1.It is suitable for cutting various pipes. Cylindrical orthogonal, oblique, eccentric and other inertial holes, square holes, elliptical holes, and can cut the intersecting inertial lines at the end of the tube. The system can be converted in one piece and supports dual-purpose board and tube.
2.The equipment is widely used in the cutting and processing of pipeline structural parts in the construction, steel structure, chemical, shipbuilding, mechanical engineering, metallurgy, power and other industries.
Applicable materials: stainless steel, carbon steel, gold, silver, aluminum, aluminum alloy, titanium alloy, etc., splicing of dissimilar materials.
CNC Plasma Cutting Machine Buyer Guide
CNC cutter is a process that cuts through the electrically conductive material with the help of hot plasma. Plasma cutting machines use a high-velocity jet of ionized gas that is delivered from the orifice. Plasma conducts electricity from the torch of the plasma cutter to the workpiece and heats the object, thereby melting the material. The high-velocity stream of ionized gas mechanically blows the molten metal away, splitting the materials.
In the simplest term, plasma machine can be used in various types of conductive metals such as mild steel, aluminum, and stainless. The milder is the consistency of the steel; the operator can experience thicker as well as faster cuts.
Plasma Cutting vs Flame Cutting
- Plasma cutting can’t cut as thick material as Flame Cutting
- Plasma cutting imparts less heat into the profile, resulting in a significantly reduced Heat Affected Zone on the cut edges
- Plasma cutting has a cleaner cut edge
- Plasma cutting can cut smaller holes due to a lower kerf (width of material removed by the cutting process)
- Bevelled edges and 3 Dimensional sections can be processed by both processes (with the application of a 3rd axis or tilting head).
Plasma Cutting vs Laser Cutting
- Plasma cutting can cut the same and greater thicknesses of material than Laser Cutting
- Both can have comparable heat affected zones
Both can have a comparable cleanliness of cut edge - Plasma cutting can have a lower kerf (width of material removed by the cutting process
- Bevelled edges and 3 Dimensional sections can be processed by both processes (with the application of a 3rd axis or tilting head
- Plasma cutting is not affected by the reflective properties of a material, Laser Cutting is not possible with polished or highly reflective materials.
A plasma cutters tables for sale is capable of cutting thick metal sheets in any shape and size. This computer-controlled machine gives instructions through a computer over the manual handheld plasma cutter. It is compatible with optional CNC parts and improves the accuracy, flexibility, and productivity.
When you purchase this plasma cutting machine, you will receive plasma cutting software that needs to be installed before operating the machine.
Software Used to Operate the Plasma Cutter
The software that comes with the plasma cutter is indubitably one of the most important parts of the machine. It allows the operator to successfully design, cut, and control the operation of the plasma torch. To create top quality designs with the plasma cutter, the operator must use AutoCAD for the CAD part and EXG Code for the CAM portion. The software that actually controls the plasma usually comes along with the CNC plasma table.
CNC plasma cutting software STARCAM is very easy to operate. It consists of 3 modules, first drawing module (StarCAD), nesting module, (StarCUT), and numerical control emulation module (StarTEST). Any layman can read the manual and understand the working process. A short training is also given to the new user to make comprehend with the basics of a 4*8 plasma cutting machine. If you are interested in seeing the work process of this machine, you must read plasma machine software in action.
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