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CNC Plasma Cutting Machine

Name: CNC Plasma Cutting Machine
Brand: SOLAR CNC AUTOMATION
Price: 1000000.0 INR
Availability: InStock

Price 1000000.0 INR/ Number

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MOQ : 1 Number

CNC Plasma Cutting Machine Specification

Product Type
CNC Plasma Cutting Machine

General Use
Industrial Metal Sheet Cutting

Material
Other

Type
Other

Capacity
Up to 25 mm thick (mild steel) Milliliter (ML)

Weight (kg)
Approx 3500-4000 kg depending on configuration Tonne

Computerized
Yes

Automatic
Yes

Power Source
Electric

Power Consumption
Varies (Typically 10-20 kW depending on usage) Volt (V)

Voltage
380V / 415V, Three Phase Volt (v)

Table Size
6500 mm x 2500 mm (as per FC6525 model)

Spindle Speed
Not Applicable (Plasma torch head) RPM

Axial Choice
CNC Controlled - X, Y, Z axes

Dimension (L*W*H)
Approx 7500 mm x 3000 mm x 1600 mm (based on model) Millimeter (mm)

Color
Other

Operation
User-friendly Interface; Remote Diagnostics Available

Torch Height Control
Automatic / Arc Voltage Controlled

Plasma Source Brand
Optional (Hypertherm, Thermal Dynamics, etc.)

Cutting Method
Plasma Torch

Drive System
Rack and Pinion on X, Y axes; Guideways Linear

Software Compatibility
Supports DXF, G-Code formats

Precision
0.05 mm positioning accuracy

Cooling System
Air Cooled

Control Panel
Digital with Touchscreen Support

Fume Extraction
Compatible with Extraction Units (Optional)

Cutting Speed
0-8000 mm/min (variable)

Repeatability
0.03 mm

Power Phase
3 Phase Electric

Supported Materials Thickness
1-25 mm (depending on material and power)

CNC Plasma Cutting Machine Trade Information

Minimum Order Quantity
1 Number

FOB Port
Vadodara

Payment Terms
Cash Advance (CA), Cheque

Supply Ability
1 Number Per Day

Delivery Time
45 Days

Packaging Details
Truck Load

Main Domestic Market
All India

CNC Plasma Cutting Machine About

A CNC plasma cutting machine is an automated cutting system that uses a high-temperature plasma arc to cut electrically conductive metals such as mild steel, stainless steel, and aluminium. CNC means the cutting torch is controlled by a computer program to follow precise toolpaths.

Main components / construction

Component	Function / typical details
CNC control system	Reads CAD/CAM G-code and controls X, Y, Z movement and cutting parameters
Machine frame / bed	Heavy steel structure supporting the workpiece; usually a water table or slat bed
X-Y gantry system	Moves the plasma torch accurately across the sheet
Z-axis / torch height control	Maintains the correct torch-to-workpiece distance; often uses automatic torch height control
Plasma torch	Generates the plasma arc and directs it onto the metal
Plasma power source	Supplies high-frequency/high-current electrical power for arc generation
Air/gas supply	Compressed air, oxygen, nitrogen, or other suitable plasma gas depending on material and process
Drive motors	Servo or stepper motors move the gantry along the axes
Linear guides & racks	Provide accurate and smooth mechanical movement
Electrical control panel	Contains CNC controller, drives, relays, breakers, contactors and other electrical components
CAD/CAM software	Converts drawings into cutting paths and G-code
Fume extraction / water table	Reduces smoke, dust, heat and sparks produced during cutting

Typical technical specifications

Specifications vary considerably by machine size and plasma power, but a typical industrial CNC plasma machine may have:

Cutting area: 1500 3000 mm, 2000 4000 mm, 2500 6000 mm, etc.
Plasma power: approximately 45200+ A, depending on application.
Material: mild steel, stainless steel, aluminium and other electrically conductive metals.
Typical cutting thickness: roughly 125/30 mm, depending heavily on the plasma source, material and required cut quality.
Maximum piercing thickness: generally lower than the maximum edge-cut thickness.
Positioning speed: commonly around 1020 m/min on many machines.
Cutting speed: depends on material thickness and amperage; thin sheet can be cut much faster than thick plate.
Drive system: stepper or servo motors.
Torch height control: automatic THC is common.
Input power: commonly 3-phase industrial power for larger systems; exact voltage/frequency depends on the plasma source and country.
Cutting gas: compressed air, oxygen, nitrogen, or mixtures depending on the plasma system.
Table: dry/slat table or water-cooled cutting table.
Control: CNC controller with G-code/DXF/DWG workflow depending on the software.

How it works

A drawing is created in CAD software.
CAM software creates the cutting path and generates G-code.
The CNC controller moves the torch along the programmed X-Y path.
The plasma power supply creates an electrical arc.
Gas passing through the torch becomes ionized and forms plasma, reaching extremely high temperatures.
The plasma melts the metal, while the high-velocity gas jet blows the molten material away.
The CNC system controls torch movement and, with THC, maintains the appropriate cutting height.

Important parameters when selecting a machine

The most important specifications are maximum plate thickness, desired cutting quality, cutting area, plasma power, cutting speed, positioning accuracy, torch-height control, power requirements, and available gas/air supply.

For example, if your main work is MS plates up to 20 mm, you would select the plasma power and torch based on the manufacturer's recommended piercing and production-cutting thickness, rather than selecting a machine solely from its advertised maximum cutting thickness.