Square Tube Round Tube H-Shaped Steel Professional Pipe Plasma Cutting Machine

Square Tube Round Tube H-Shaped Steel Professional Pipe Plasma Cutting Machine

The Square Tube Round Tube H-Shaped Steel Professional Pipe Plasma Cutting Machine is designed for efficient and accurate plasma cutting of various metal pipes, tubes and structural steel profiles. It provides a practical solution for manufacturers that need to process round tubes, square tubes, rectangular tubes, H-shaped steel and other conductive metal profiles.

Unlike conventional plate plasma cutting machines, a dedicated pipe and profile plasma cutting machine is designed to accommodate the geometry and movement requirements of tubular workpieces. Depending on the machine configuration, the workpiece can be rotated, positioned and moved while the plasma torch follows programmed cutting paths.

This allows manufacturers to perform more than simple cross-cutting. The machine can be configured for applications such as pipe cutting, tube end cutting, hole cutting, slot cutting, notching, miter cutting, profile cutting and welding preparation.

The equipment is suitable for steel fabrication, structural engineering, machinery manufacturing, construction, agricultural equipment, transportation equipment, metal furniture, pipeline fabrication and general industrial production.

Specification
Suitable pipe to cut		Pipe material: carbon steel, stainless steel, iron pipe
		Diameter: Round tube 25-160
		Square pipe: 25x25-160x160
		Thickness within 5mm (depending on plasma size)
		Effective stroke: ≥6100mm
Information
Model	SP160(6000)
The name of the		Square pipe intersecting line cutting machine
volume		7400*1000*1700mm (in kind)
The weight of the		1600KG (based on the actual)
Input power supply		220V (control part) 380V (plasma)
Output power supply		24V
Size of guide rail		25 square guide rail
Rack type		24* 24-2m precision helical teeth
Mode of cutting		plasma
Gas cutting gun		Non-contact P80 (plasma)
Air supply		It should be brought by oneself (≥0.8MPa)
Machine frame steel size		100*100mm
Main component Settings and parameters
Electric control unit		chint
Control system		Fangling CNC system
Four jaw chuck		Manual electric pneumatic
Auxiliary support system		Pneumatic takeoff and landing support frame
Servo servo system		Servo 750w/1.5kw*3 400w*2
Speed of movement		10-6000mm/min(can be adjusted according to processing requirements)
Speed of cutting		10-2000mm/min(can be adjusted according to processing requirements)
Chuck speed		2-6 seconds/RPM
Bear the weight of a single pipe		450KG

Professional Plasma Cutting for Pipes and Tubes

Plasma cutting uses a high-temperature plasma arc to melt electrically conductive metal while a gas stream removes molten material from the cutting area.

For pipe and tube fabrication, plasma cutting provides the flexibility required to create different shapes and openings without changing to multiple mechanical cutting processes.

A professional pipe plasma cutting machine can be configured according to:

Pipe Diameter
Tube Width
Tube Height
Wall Thickness
Workpiece Length
Material Type
Required Cutting Shapes
Production Volume
Automation Level

The actual cutting capacity depends on the machine configuration and plasma power source.

Round Tube Plasma Cutting

Round tubes are widely used in structural frames, railings, agricultural machinery, automotive components, construction equipment and general fabrication.

A dedicated round tube plasma cutting system can rotate the workpiece while the torch follows the programmed cutting path.

Typical applications include:

Round Steel Tubes
Round Pipes
Structural Tubes
Handrail Tubes
Frame Components
Exhaust Components
Mechanical Tubes
Construction Pipes

The machine can be used for cross-cutting, angled cuts, holes, slots and other profile shapes depending on the available software and machine configuration.

Square Tube Plasma Cutting

Square tubes provide a large flat surface area and are commonly used in structural fabrication, machinery frames and industrial equipment.

A square tube plasma cutting machine can process the four sides of the profile while coordinating torch movement with the workpiece position.

Typical applications include:

Steel Frames
Machine Bases
Structural Supports
Agricultural Equipment
Construction Frames
Steel Furniture
Warehouse Structures
Industrial Equipment

Accurate hole and profile cutting can reduce the amount of secondary drilling, grinding and manual fabrication required before assembly.

H-Shaped Steel Plasma Cutting

H-shaped steel, H-beams and similar structural profiles are commonly used in buildings, bridges, industrial structures and heavy machinery.

Cutting H-shaped steel presents different challenges from cutting flat sheet because the workpiece has multiple flanges and a web.

A suitable professional profile plasma cutting machine can be configured to process structural steel profiles and create holes, slots, end cuts and other required shapes.

Applications may include:

Steel Building Structures
H-Beam Fabrication
Structural Columns
Industrial Buildings
Bridges
Steel Workshops
Machinery Frames
Heavy-Duty Structures

The machine configuration should be selected according to the H-beam dimensions, material thickness and required cutting geometry.

Pipe Cutting, Hole Cutting and Notching

One of the major advantages of dedicated pipe plasma cutting equipment is its ability to perform multiple cutting operations.

Depending on the CNC system and software, the machine can be used for:

Pipe Cut-Off

The machine can cut tubes and pipes to specified lengths.

Hole Cutting

Programmed holes can be cut into round or square tubes for bolts, connections, brackets and other components.

Slot Cutting

Slots can be created for assembly and structural connections.

Pipe Notching

Notches and joint preparation profiles can be produced for welding and assembly.

Miter Cutting

Angled tube ends can be cut for frames, supports and structural assemblies.

Profile Cutting

Complex profiles can be cut according to programmed designs.

These capabilities can reduce secondary operations and improve fabrication efficiency.

CNC Pipe Plasma Cutting

CNC control allows the cutting process to follow programmed geometries with greater consistency.

For repetitive production, CNC pipe plasma cutting can help manufacturers reproduce the same cutting patterns across multiple workpieces.

A CNC system can coordinate:

Torch Movement
Workpiece Rotation
Cutting Speed
Cutting Path
Piercing Sequence
Hole Position
Notch Geometry
Cutting Parameters

Depending on the machine design, software may support different pipe and profile shapes.

For industrial production, buyers should confirm the software's compatibility with the specific pipe profiles and cutting patterns they need to manufacture.

Materials

The machine is designed for electrically conductive metals.

Common materials may include:

Carbon Steel
Mild Steel
Stainless Steel
Galvanized Steel
Structural Steel
Aluminum
Other Conductive Metal Profiles

Carbon steel and mild steel are common applications for structural pipe and tube fabrication.

Stainless steel and aluminum can also be plasma cut when the machine is properly configured with suitable power, consumables and operating parameters.

Applications

The Professional Pipe Plasma Cutting Machine can serve many industries.

Steel Structure Fabrication

For cutting H-beams, square tubes, round tubes and other structural profiles.

Construction

For preparing steel components used in buildings, warehouses, bridges and structural projects.

Machinery Manufacturing

For cutting machine frames, supports, brackets and structural components.

Agricultural Machinery

For manufacturing equipment frames, structural tubes and replacement components.

Automotive and Transportation

For cutting tubular components, chassis parts and structural assemblies.

Metal Furniture

For processing square and round tubes used in frames, tables, racks and other products.

Pipeline and Industrial Fabrication

For preparing pipes and tubes for assembly, welding and installation.

Advantages of a Professional Pipe Plasma Cutter
Multiple Profile Compatibility

The machine can be configured for round tubes, square tubes, rectangular tubes, H-shaped steel and other suitable profiles.

CNC Production

Computer-controlled cutting provides repeatable cutting paths for batch manufacturing.

Reduced Secondary Operations

Hole cutting, notching and profile cutting can reduce the need for separate drilling and manual cutting processes.

Flexible Cutting Geometry

The machine can produce straight, angled and customized cutting profiles according to its configuration.

Improved Production Efficiency

Combining positioning, rotation and plasma cutting into one system can streamline pipe fabrication.

Suitable for Different Industries

The machine can support construction, steel fabrication, machinery, agriculture and general manufacturing.

How to Choose the Right Pipe Plasma Cutting Machine

Before purchasing, buyers should provide detailed information about their workpieces.

Round Tube Diameter: Specify the minimum and maximum outside diameter.

Square Tube Size: Provide tube width and height.

H-Beam Dimensions: Specify flange width, flange thickness, web height and web thickness.

Material: Identify whether the primary material is carbon steel, stainless steel, aluminum or another metal.

Wall Thickness: Plasma power should match the required cutting thickness.

Pipe Length: The machine bed and material handling system should accommodate the required workpiece length.

Cutting Requirements: Identify whether you need cut-off, holes, slots, notches, miter cuts or complex profiles.

Production Volume: High-volume manufacturing may require automatic loading, unloading or material handling.

Why Choose Us
Professional Pipe Cutting Solutions

We focus on industrial pipe, tube and structural profile cutting applications.

Multiple Profile Applications

Solutions can be configured for round tube, square tube, rectangular tube and H-shaped steel applications.

CNC & Automation Options

Depending on production requirements, CNC control and automated functions can be integrated into the equipment configuration.

Application-Based Engineering

We evaluate pipe dimensions, material, thickness, cutting requirements and production volume when recommending equipment.

OEM & Custom Configuration

Special workpiece sizes, cutting lengths, software requirements and automation configurations can be discussed for OEM customers.

B2B Export Support

We work with overseas manufacturers, distributors, fabricators and industrial equipment buyers.

Production-Oriented Design

The equipment is designed to help manufacturers improve cutting consistency, reduce secondary operations and increase fabrication efficiency.

FAQS
1. What materials can this pipe plasma cutting machine process?

It can be used for suitable electrically conductive materials such as carbon steel, mild steel, stainless steel, galvanized steel and aluminum.

2. Can it cut round tubes?

Yes. The machine can be configured for round tube and pipe cutting, including cross-cuts, holes, slots and other profiles.

3. Can it cut square tubes?

Yes. Square and rectangular tubes can be processed with a suitable profile cutting configuration.

4. Can it cut H-shaped steel?

Yes. A suitable structural profile configuration can be used for H-beams and H-shaped steel, depending on the machine's dimensional capacity.

5. Can it cut holes in pipes?

Yes. CNC pipe plasma cutting systems can be configured for hole cutting and other programmed openings.

6. Can it perform pipe notching?

Yes. Pipe notching can be performed when the CNC software and machine configuration support the required notch geometry.

7. Can it perform angled cuts?

Yes. Depending on the torch and machine configuration, angled or miter cuts can be supported.

8. Is this machine CNC controlled?

Professional pipe plasma cutting machines are commonly available with CNC control. The exact CNC functions depend on the selected configuration.

9. Can the machine cut different pipe shapes?

Depending on the machine design, it can be configured for round tubes, square tubes, rectangular tubes and structural profiles such as H-shaped steel.

10. What information is needed for a quotation?

Provide the tube or profile shape, dimensions, material, wall thickness, length, required cutting patterns and expected production volume.

11. Can it be used for mass production?

Yes. CNC pipe plasma cutting is suitable for repetitive production of tubes and structural profiles, particularly when multiple identical parts are required.

12. Can the machine be customized?

Yes. Machine dimensions, cutting capacity, pipe handling, CNC functions and automation can be customized according to production requirements.

13. How do I choose the correct plasma power?

Plasma power should be selected according to material type, maximum thickness, desired cutting speed, duty cycle and production requirements. The recommended power should be confirmed with the machine supplier.

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