1 Efficient
2 No mechanical damage
3 Applicable to round tube, square tube shape, stainless steel, carbon steel and other materials
4 can be cut and cut holes and radians
5 Input parameters or insert USB drawings, easy to operate
The CNC Laser Pipe Cutter, Fiber Laser Cutting Tube Machine is a CNC fiber laser solution designed for precision cutting of metal pipes, tubes, and compatible profiles. Combining fiber laser technology with CNC control, the machine provides manufacturers with an efficient and flexible method for processing steel, stainless steel, carbon steel, and other suitable metal tubes.
Laser tube cutting is widely used in metal furniture, steel structures, fencing, handrails, machinery frames, construction components, agricultural equipment, fitness equipment, and general fabrication. Compared with conventional mechanical cutting methods, CNC fiber laser processing provides digitally controlled cutting paths and can support customized tube geometries without requiring a dedicated mechanical cutting tool for every design.
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Name |
Specification |
Origin/Brand |
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Fiber laser |
1000W ultra-fine heart diameter |
Tottenham Laser |
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Laser cutting head |
|
Jiaqiang,shanghai |
|
System |
|
Ncstudio |
|
Chuck diameter |
90mm |
|
|
Lead screw |
C7 precision lead screw |
|
|
X-axis servo motor |
1000W high torque |
Ncstudio |
|
Y-axis servo motor |
1000W high torque |
Ncstudio |
|
Z-axis servo motor |
400W with brake |
Ncstudio |
|
B-axis servo motor |
1500W high torque |
Ncstudio |
|
Pneumatic electromagnetic valve |
|
AirTAC |
|
Accuracy |
position accuracy ±0.5mm, hole cutting accuracy ±0.1mm |
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CNC Laser Pipe Cutting
The CNC control system coordinates tube positioning and laser head movement according to programmed cutting files. This allows manufacturers to process repeatable tube components with consistent cutting paths.
Depending on the machine configuration and software, the cutter can produce straight cuts, holes, slots, notches, contours, and other programmed features. These functions can reduce the need for separate drilling, sawing, or secondary machining operations.
For manufacturers producing both standard and customized tube components, CNC programming provides a flexible way to switch between different product designs.
Fiber Laser Tube Cutting Technology
Fiber laser technology uses a concentrated laser beam for non-contact metal cutting. The laser head follows the programmed path while the CNC system controls the relative movement between the workpiece and cutting head.
This processing method can provide accurate cuts on compatible metal tubes while minimizing mechanical tooling requirements. It is suitable for production environments where manufacturers need repeatable results and flexible digital production.
Actual cutting performance depends on laser power, material type, tube dimensions, wall thickness, cutting speed, assist gas, and other process parameters.
Metal Pipe And Tube Processing
The machine is designed for processing compatible metal pipes and tubes in different industrial applications. Depending on the chuck and machine configuration, it can be used for round tubes, square tubes, rectangular tubes, and other suitable profiles.
Round tubes are commonly used for handrails, fencing, furniture, lighting structures, and construction products. Square and rectangular tubes are widely used in machinery frames, racks, steel structures, agricultural equipment, and industrial assemblies.
Using a CNC fiber laser tube cutter can allow manufacturers to process different profiles on one production platform.
Steel Pipe Laser Cutting
Steel pipe processing is an important application for CNC laser tube cutters. Carbon steel and other compatible steel pipes are widely used in construction, machinery, fencing, agricultural equipment, and structural fabrication.
The laser cutter can produce programmed openings and profiles required for subsequent welding and assembly. Accurate preparation of tube components can help reduce manual fitting and secondary cutting operations.
The appropriate laser power and process parameters should be selected according to the steel grade, pipe dimensions, wall thickness, and required cutting quality.
Stainless Steel Tube Cutting
Stainless steel tubes are commonly used in furniture, architectural railings, kitchen equipment, sanitary products, decorative structures, and industrial equipment.
Fiber laser cutting provides a digitally controlled method for processing compatible stainless steel tubes. Manufacturers can prepare holes, slots, contours, and other programmed geometries according to product drawings.
For stainless steel applications, cutting parameters should be matched to the actual material grade and thickness to achieve the required edge quality and production efficiency.
CNC Production And Repeatability
One of the main advantages of CNC tube laser cutting is the ability to store and reuse digital cutting programs. Once a production program has been tested, it can be used for subsequent batches of the same or similar components.
This can reduce repetitive manual measuring and marking while improving production consistency. It is particularly valuable for OEM factories and manufacturers producing customized tube components.
For small-batch production, digital programming also makes it easier to change from one product design to another.
Flexible Tube Cutting Applications
The CNC laser pipe cutter can be used across many industries. Typical applications include metal furniture frames, steel fencing, stair railings, handrails, machinery components, construction structures, fitness equipment, agricultural machinery, racks, and customized metal products.
Because the cutting process is CNC controlled, manufacturers can prepare different programs according to customer drawings and product requirements.
Efficient Manufacturing Workflow
CNC fiber laser tube cutting can help streamline the production process from digital design to finished tube component. The operator loads the workpiece, selects the appropriate cutting program, and allows the CNC system to execute the programmed operation.
For repeated production, standardized programs can be reused. For customized orders, new cutting files can be prepared according to the customer's CAD drawings.
This makes the machine suitable for both standard production and flexible OEM manufacturing.
B2B Machine Configuration
Machine selection should be based on actual production requirements. Important considerations include pipe diameter, tube length, material type, wall thickness, laser power, chuck system, cutting head, CNC controller, production volume, and automation requirements.
For international B2B customers, providing tube samples, CAD drawings, material specifications, and expected production requirements can help determine a suitable machine configuration.
Different laser power levels and tube-processing ranges can be evaluated according to the customer's application.
Key Features
CNC-controlled fiber laser pipe cutting.
Designed for metal tube and pipe processing.
Suitable for compatible steel and stainless steel tubes.
Supports round, square, and rectangular tube applications.
Programmable holes, slots, contours, and notches.
Non-contact fiber laser cutting technology.
Suitable for batch and customized production.
Reduces manual measuring and secondary cutting.
Flexible solution for industrial metal fabrication.
Factory-direct B2B technical support.
Main Applications
The CNC Fiber Laser Pipe Cutting Machine is suitable for:
Steel Pipe Cutting
Stainless Steel Tube Cutting
Carbon Steel Pipe Processing
Round Tube Cutting
Square Tube Cutting
Rectangular Tube Cutting
Metal Furniture
Steel Fencing
Stair Railings
Handrails
Machinery Frames
Agricultural Equipment
Steel Structures
General Metal Fabrication
FAQs
1. What Is A CNC Laser Pipe Cutter?
A CNC laser pipe cutter is a computer-controlled fiber laser machine designed to cut compatible metal pipes, tubes, and profiles according to programmed cutting paths.
2. What Materials Can It Cut?
Typical applications include carbon steel, stainless steel, iron-based metals, and other compatible metal tubes and pipes.
3. Can It Cut Round Tubes?
Yes. Round tube cutting is one of the common applications for CNC fiber laser tube cutting machines.
4. Can It Cut Square And Rectangular Tubes?
Yes. Square and rectangular profiles can be supported depending on the chuck, tube dimensions, and machine configuration.
5. Can It Cut Holes And Slots?
Yes. Depending on the CNC software and cutting head, programmed holes, slots, notches, contours, and other tube features can be produced.
6. Is CNC Programming Required?
The machine uses CNC control to execute digital cutting programs. Operators can prepare and reuse programs for repeated production.
7. Is It Suitable For Stainless Steel?
Yes. The machine can be configured for compatible stainless steel tubes and pipes according to material thickness and processing requirements.
8. Is It Suitable For Mass Production?
Yes. CNC programming and repeatable processing make the machine suitable for batch production, OEM manufacturing, and customized tube components.
9. What Determines Cutting Capacity?
Laser power, material type, tube dimensions, wall thickness, cutting speed, assist gas, and machine configuration all affect cutting performance.
10. Can The Machine Be Customized?
Yes. Laser power, tube-processing range, chuck system, CNC controller, cutting head, loading method, and automation options can be evaluated according to customer requirements.
Why Choose Us
Professional Fiber Laser Tube Solutions
We provide CNC fiber laser equipment for metal pipe and tube cutting, supporting manufacturers, fabricators, distributors, and international B2B customers.
Flexible Tube Processing
The equipment can be configured for different tube profiles, materials, dimensions, and production requirements, providing a versatile solution for metal fabrication.
CNC Precision And Repeatability
Digital CNC control helps manufacturers produce repeatable tube components while reducing manual measuring, marking, and cutting operations.
Customized Machine Configuration
Laser power, chuck type, tube-processing range, CNC controller, cutting head, loading system, and automation options can be selected according to the customer's application.
Factory-Direct B2B Supply
We support OEM manufacturers, distributors, metalworking companies, and industrial buyers with direct factory communication, technical consultation, production coordination, and export services.
International Export Support
We provide machine testing, technical documentation, export packaging, shipping coordination, installation guidance, and after-sales technical assistance for overseas customers.
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