Six-Meter Square and Round Tube Laser Cutting Machine

Six-Meter Square and Round Tube Laser Cutting Machine

The Six-Meter Square and Round Tube Laser Cutting Machine is a CNC fiber laser cutting solution designed for processing long metal tubes, pipes, and structural profiles. With a working length of up to six meters, the machine is suitable for manufacturers that need to cut long workpieces efficiently while maintaining accurate positioning and repeatable production results.

Designed to process both square tubes and round tubes, this tube laser cutting machine can support a variety of metal fabrication applications. It is suitable for steel tube processing, structural metal fabrication, furniture manufacturing, agricultural machinery, construction components, fitness equipment, automotive parts, and other industries that use tubular materials.

Compared with conventional mechanical cutting methods, laser cutting provides a non-contact processing method that can produce precise contours, holes, slots, notches, and other geometric features. CNC control allows cutting programs to be created and repeated for batch production, helping manufacturers reduce manual layout and processing operations.

Six-Meter Long Tube Cutting Capability

The six-meter working length makes this machine particularly suitable for long tube and pipe applications. Long raw materials can be loaded and processed according to the machine's configuration, reducing the need to divide a long tube into multiple shorter sections before processing.

Long tube processing is commonly required for structural frames, steel furniture, agricultural machinery, construction equipment, transportation components, and other fabricated products.

Before purchasing, customers should confirm the actual maximum tube length, tube diameter, profile dimensions, wall thickness, material, and loading requirements because the applicable working range depends on the machine configuration.

Square and Round Tube Laser Cutting

One of the key features of this system is its ability to process different tube profiles. Square and round tubes are commonly used in industrial fabrication, but their geometries require different cutting strategies.

For square tubes, laser cutting can create straight cuts, holes, slots, corner features, and other programmed contours. Round tubes can be processed for end cutting, hole cutting, intersecting cuts, and customized profiles.

With the appropriate chuck, support system, cutting head, and CNC software configuration, the machine can be adapted to different tube processing requirements.

Other profiles may also be supported depending on the machine configuration. Customers should provide drawings or sample workpieces when multiple profile types need to be processed.

CNC Fiber Laser Cutting Technology

The machine uses CNC-controlled laser cutting technology to coordinate tube rotation, positioning, and laser movement. The cutting head follows the programmed path to produce the required geometry.

A fiber laser cutting system provides a concentrated laser beam for metal processing. Depending on the selected laser source and configuration, the machine can be used for a range of common industrial metals.

Typical materials may include carbon steel, stainless steel, galvanized steel, and other suitable metal materials. Material thickness and cutting performance depend on laser power, material grade, tube dimensions, assist gas, cutting parameters, and machine configuration.

For this reason, customers should provide detailed material specifications when selecting laser power and machine configuration.

Precision Tube and Pipe Processing

Laser cutting is useful when tube components require more than simple cross-cutting. The CNC system can process programmed shapes directly from digital drawings, making it possible to create multiple features on a single tube.

Typical operations may include:

Tube End Cutting
Square Tube Cutting
Round Tube Cutting
Hole Cutting
Slot Cutting
Notch Cutting
Profile Cutting
Angle Cutting
Intersection Cutting
Customized Contour Cutting

This capability can reduce secondary machining and improve production efficiency for complex tube assemblies.

Applications in Metal Fabrication

The Six-Meter Square and Round Tube Laser Cutting Machine can be used in many industries where long tubular components are required.

Typical applications include:

Steel Furniture:
Processing tubes for tables, chairs, shelves, frames, cabinets, and other metal furniture components.

Construction:
Cutting structural tubes, steel frames, supports, handrail components, and fabricated building materials.

Agricultural Machinery:
Processing tubular components for farm equipment, machinery frames, implements, and agricultural structures.

Fitness Equipment:
Cutting round and square tubes used for exercise machines, racks, frames, and sports equipment.

Automotive Manufacturing:
Producing selected tubular structural components, brackets, chassis-related parts, and customized metal assemblies.

Industrial Equipment:
Manufacturing machine frames, support structures, conveyor components, equipment guards, and other fabricated products.

Efficient Production Workflow

A CNC tube laser cutter can simplify the production process by combining positioning, tube rotation, and laser cutting in one automated system.

A typical workflow begins with loading the raw tube into the machine. The tube is secured by the chuck or clamping system and positioned according to the programmed cutting plan.

The CNC controller then coordinates tube rotation and laser head movement according to the cutting file. After the cutting cycle is completed, the finished component can be unloaded for inspection or assembly.

For batch production, digital cutting programs can be reused for repeated workpieces. This can help manufacturers reduce repeated manual measuring, marking, and layout work.

Reduced Secondary Processing

Traditional tube fabrication may require several separate operations, such as measuring, marking, drilling, sawing, milling, and manual cutting. Tube laser cutting can combine many of these operations into a single CNC-controlled process.

For example, a square tube may require several holes and end features before assembly. Instead of drilling each feature separately, the laser system can produce programmed features during the tube cutting cycle.

This can help simplify production flow and reduce the number of separate machines required for certain components.

CNC Control and Digital Production

The CNC control system allows cutting patterns to be generated and executed according to digital designs. This makes the machine suitable for both standard production and customized tube fabrication.

For manufacturers handling multiple products, different cutting programs can be stored and recalled according to production requirements.

The exact software, file formats, nesting functions, automatic positioning features, and tube recognition capabilities depend on the selected machine configuration.

Customers should confirm software requirements if their production process involves CAD/CAM integration or complex tube cutting programs.

Machine Configuration

The configuration of a six-meter tube laser cutting machine can vary according to production requirements. Important factors include laser power, laser source, cutting head, tube diameter range, maximum tube weight, maximum wall thickness, chuck design, support system, CNC controller, and loading method.

For long tubes, material support is especially important. Proper support can help reduce unwanted movement during cutting and improve positioning stability.

If the customer processes both round and square tubes, the clamping and rotation system should be selected according to the complete range of tube dimensions.

Installation and Operation

Before installation, the machine should be positioned on an appropriate foundation with sufficient space for loading, unloading, maintenance, and material movement.

Operators should receive proper training before operating the equipment. The laser cutting area should be used according to the manufacturer's safety requirements, including appropriate protective measures and ventilation.

Before cutting, operators should verify the material, tube dimensions, cutting program, laser parameters, assist gas, and workholding setup.

Correct material positioning is particularly important when processing long tubes because improper clamping or support can affect cutting accuracy.

Maintenance

Routine maintenance is important for maintaining cutting quality and machine reliability.

Operators should regularly inspect the laser cutting head, protective components, chuck, guide systems, drive components, electrical system, and material support system.

The cutting nozzle and protective window should be kept clean and replaced when necessary. Dust and metal residue should be removed from relevant machine areas according to the manufacturer's maintenance recommendations.

Regular inspection of mechanical components and proper lubrication where required can also help maintain stable machine operation.

OEM, ODM, and B2B Supply

The Six-Meter Square and Round Tube Laser Cutting Machine is suitable for manufacturers, metal fabrication companies, contractors, machinery distributors, wholesalers, and industrial buyers.

OEM and ODM cooperation can be discussed for different markets and applications. Depending on project requirements, options may include laser power, cutting head, CNC control system, tube diameter range, loading configuration, electrical specifications, machine labeling, packaging, and documentation.

Customers can provide tube drawings, material information, production quantity, and required cutting features for application evaluation and machine selection.

FAQ
1. What is a Six-Meter Tube Laser Cutting Machine?

It is a CNC laser cutting machine designed to process long tubes and pipes with a working length of up to six meters, depending on the specific configuration.

2. Can it cut both square and round tubes?

Yes. The machine is designed for square and round tube applications. The applicable dimensions depend on the chuck, support system, and machine configuration.

3. What materials can the tube laser cutter process?

Suitable materials may include carbon steel, stainless steel, galvanized steel, and other compatible metals. Actual cutting capability depends on material properties and laser configuration.

4. Can it cut holes in metal tubes?

Yes. CNC tube laser cutting systems can be configured to cut holes, slots, notches, and other programmed features in suitable tube materials.

5. Is this machine suitable for six-meter steel tubes?

Yes, the six-meter configuration is designed for long tube applications. The exact maximum tube size and weight should be confirmed according to the selected model.

6. What industries use tube laser cutting machines?

Common applications include construction, steel furniture, agricultural machinery, fitness equipment, automotive components, industrial equipment, and general metal fabrication.

7. What laser power should I choose?

Laser power depends on material type, wall thickness, tube dimensions, required cutting speed, and production volume. Customers should provide these details for proper configuration.

8. Can the machine process customized tube shapes?

It can process many programmed profiles and contours within its applicable working range. Customers with unusual profiles should provide drawings for confirmation.

9. Can the six-meter machine be customized?

Depending on the project, laser power, chuck configuration, support system, CNC system, loading arrangement, and other specifications can be customized.

10. What information is needed for a quotation?

Provide tube material, profile type, outside dimensions or diameter, wall thickness, maximum length, required cutting features, production volume, and preferred laser power if known.

Why Choose Us

1. Six-Meter Long Tube Processing
Designed for long tube and pipe fabrication applications requiring extended working length.

2. Square and Round Tube Capability
Supports common square and round tube processing requirements with suitable machine configuration.

3. CNC Laser Cutting
CNC-controlled laser processing provides repeatable cutting paths for production applications.

4. Complex Tube Features
The system can be configured for holes, slots, notches, end cuts, and other programmed tube features.

5. Flexible Industrial Applications
Suitable for steel furniture, construction, agriculture, fitness equipment, automotive components, and general fabrication.

6. Production Efficiency
Combining tube positioning, rotation, and laser cutting can reduce the need for multiple secondary processing operations.

7. OEM & ODM Support
Machine configuration, electrical specifications, software, labeling, packaging, and other requirements can be discussed for qualified projects.

8. Professional B2B Supply
We support manufacturers, distributors, wholesalers, contractors, and industrial buyers with tube laser cutting solutions based on their actual production requirements. Introduction: 1 small size, light weight, can be split into three sections, easy to carry
2 Easy to operate, simple to set parameters, programming, no need to change molds, precise cutting of any arc
3 High efficiency, fast pipe cutting speed, 20 times that of manual cutting
4 Multiple functions, arc cutting, hole cutting, cutting off

PRODUCT SPECIFICATIONS

Specification
Model	SL-108R	SL-108S
The material fit to cut	Carbon steel, stainless steel, galvanized pipe
Cut capacity	Round：19-108mm	Round：19-108mm Square:19x19-60x60mm Rectangle: 80*40mm
Cutting stroke	6000mm
Function	Cut off, cut hole, cut notching
Measure	6750*550*750mm(Subject to the actual object)
Weight	300KG (Subject to the actual object)
Power	220V(Control part)
Output voltage	24V
Transmission mode	rack gear
Control mode	PLC control touch screen
Laser generator	Kipling/Hot Spur (Generator warranty two years, human damage is not covered by the warranty.) Warm tips: temperatures below 0 degrees need to add antifreeze, due to failure to add antifreeze or antifreeze problems caused by unqualified damage is not covered by the warranty.
Laser head	Gangchun (can be customized)
Water Cooler	Turbo/Huako
Air supply	Air (≥1.5MPa,need to prepare their own air compressor and dryer)
Chuck specification	Within φ108mm
Processing	Manual loading - manual fixing - automatic rotation - automatic cutting - discharging
Main component Settings and parameters
Electric control unit	CHINT
Rack length	6000mm
Operating system	Self-developed control system software
Four jaw chuck	Manual
Auxiliary support system	Pneumatic auxiliary support

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