* Short Tail Stock: The front chuck avoidance cutting method shortens the distance between the cutting head and the jaws, thus reducing the length of the tail material to the shortest of the two chuck pipe cutter, only about 70mm. Help users to improve material utilisation and reduce production cost.
* Professional Tube Bus Cutting System: Adopting advanced pipe cutting control system + high-efficiency servo motor, zero delay in data transmission. Position and energy data are transmitted in real time for more accurate control; the cutting path is displayed in real time, and the core components are highly integrated, which makes the operation easier and more hassle-free.
* High rotational speeds, High traverse speeds, Faster pipe cutting: The chuck rotates 100r/min, and the idle speed is 80m/min, which reduces the waste of non-productive time and helps users to increase the production capacity practically. * Servo-following Support: Floating in real time according to the processing height of the pipe, avoiding deformation of the workpiece due to pipe sagging. Make the cutting more stable and higher precision
* Short Tail Stock: The front chuck avoidance cutting method shortens the distance between the cutting head and the jaws, thus reducing the length of the tail material to the shortest of the two chuck pipe cutter, only about 70mm. Help users to improve material utilisation and reduce production cost.
* Professional Tube Bus Cutting System: Adopting advanced pipe cutting control system + high-efficiency servo motor, zero delay in data transmission. Position and energy data are transmitted in real time for more accurate control; the cutting path is displayed in real time, and the core components are highly integrated, which makes the operation easier and more hassle-free.
* High rotational speeds, High traverse speeds, Faster pipe cutting: The chuck rotates 100r/min, and the idle speed is 80m/min, which reduces the waste of non-productive time and helps users to increase the production capacity practically. * Servo-following Support: Floating in real time according to the processing height of the pipe, avoiding deformation of the workpiece due to pipe sagging. Make the cutting more stable and higher precision.
|
Items |
Parameter |
|
Chuck speed |
100r/min (As the weight of the pipe increases, the idle stroke motion parameters need to be reduced accordingly) |
|
Machine Repeat Positioning Accuracy |
±0.05mm |
|
Machine positioning accuracy |
±0.05mm/m |
|
Maximum idle speed |
80m/min (As the weight of the pipe increases, the idle stroke motion parameters need to be reduced accordingly) |
|
Maximum acceleration |
1.0G |
|
Minimum length of tailings |
≥70mm (Using the front chuck avoidance cut method, achieved when the process layout is reasonable) |
|
Maximum weight of single pipe |
<280KG |
|
Dimensions (L * W * H) |
9000*2000*2500mm (Subject to the actual product) |
The 6 Meters Double Chuck CNC Metal Pipe Laser Cutter Tube Cutting Machine is an industrial fiber laser solution designed for precision processing of long steel pipes, metal tubes, and compatible profiles. Combining a 6-meter processing structure, double-chuck positioning system, and CNC fiber laser technology, the machine provides an efficient production platform for manufacturers handling long tubular metal components.
Designed for industrial metal fabrication, the machine is suitable for steel pipe processing, structural tube production, construction components, machinery manufacturing, automotive parts, fencing, railings, agricultural equipment, and other applications requiring accurate tube cutting.
6-Meter Long Tube Processing
The 6-meter processing configuration is designed for manufacturers working with long pipes and tubes. Long workpieces can be processed on a dedicated tube cutting platform, helping reduce the need for repeated repositioning during production.
This type of machine is particularly useful for steel fabricators and manufacturers producing long structural components. Depending on the selected configuration, tube supports and positioning systems can be used to maintain stable workpiece handling throughout the cutting process.
The actual effective cutting length and applicable tube dimensions depend on the machine model and configuration.
Double Chuck Fiber Laser Cutting System
The double-chuck configuration provides controlled tube clamping and positioning during laser processing. Two chuck systems can coordinate workpiece movement and help maintain stable positioning as the tube is processed.
For long tubes, proper support and positioning are important for maintaining cutting consistency. The double-chuck design provides a practical solution for manufacturers requiring stable handling of extended metal pipes.
Chuck specifications, clamping range, and tube capacity vary according to the selected machine configuration.
CNC Metal Pipe Laser Cutting
The CNC control system coordinates the laser cutting head, chuck movement, tube positioning, and programmed cutting path. Manufacturers can prepare cutting programs for different pipe designs and production requirements.
Digital CNC programming allows operators to switch between different cutting patterns without replacing conventional mechanical cutting tools. This provides flexibility for both standardized production and customized orders.
Typical processing operations can include straight cutting, tube-end cutting, hole cutting, slot cutting, notching, and customized profile cutting.
Fiber Laser Technology
Fiber laser technology provides a concentrated laser beam for non-contact cutting of compatible metal tubes and pipes. The laser head follows the programmed path to process the material accurately without traditional mechanical blades.
This cutting method provides flexibility when changing product designs and can reduce dependence on mechanical cutting tooling. It is suitable for manufacturers that need to process different tube geometries or customized components.
Actual cutting performance depends on laser power, material type, wall thickness, tube diameter, cutting gas, and machine configuration.
Steel Pipe And Metal Tube Processing
Steel pipes and tubes are widely used in construction, machinery, transportation, industrial structures, agricultural equipment, and metal fabrication.
The machine can be configured to process compatible carbon steel, stainless steel, galvanized steel, and other metal tubes according to the selected laser system and machine specifications.
For steel fabrication companies, CNC laser tube cutting can provide a flexible method for producing structural components with holes, slots, notches, and customized profiles.
Efficient Long Tube Production
Long tube production often involves challenges related to material handling, positioning, and repeated manual measurement. A dedicated CNC tube laser cutting machine integrates tube positioning and laser processing into one production system.
The double-chuck structure helps manage the workpiece during processing, while CNC control provides programmable cutting paths. This can help manufacturers improve repeatability and simplify production of multiple tube components.
Depending on production requirements, automatic loading and unloading solutions may also be integrated.
Round, Square And Compatible Tube Profiles
Depending on the selected chuck and machine configuration, the machine can process round tubes, square tubes, rectangular tubes, and other compatible metal profiles.
Different tube geometries can be programmed according to the required part design. This allows one machine to support multiple product types without requiring a separate mechanical cutting system for every tube profile.
Common cutting operations include:
Straight Tube Cutting
Round Pipe Cutting
Square Tube Cutting
Tube End Cutting
Hole Cutting
Slot Cutting
Notching
Customized Profile Cutting
Industrial Applications
Steel Fabrication:
Processing long steel pipes and structural tubes for industrial structures and customized components.
Construction:
Producing support tubes, structural frames, guardrails, handrails, and other metal components.
Automotive Manufacturing:
Cutting compatible tubular frames, brackets, supports, and customized vehicle components.
Agricultural Machinery:
Processing tubes used in machinery frames, trailers, implements, and agricultural equipment.
Metal Furniture:
Producing tubular frames for tables, chairs, shelving, storage products, and other furniture.
Industrial Equipment:
Manufacturing machine frames, brackets, supports, structural components, and customized metal parts.
Fencing And Railings:
Cutting tubes for industrial fencing, gates, guardrails, railings, and security structures.
B2B Manufacturing Advantages
The combination of 6-meter processing capability, double chuck positioning, CNC control, and fiber laser technology provides manufacturers with a flexible platform for long metal tube production.
For factories processing large quantities of steel tubes, digital programming helps simplify repeated production. For custom manufacturers, the CNC system makes it easier to change cutting designs between orders.
The machine can be configured according to tube diameter, length, material, wall thickness, laser power, chuck capacity, automation requirements, and production volume. This makes it suitable for export-oriented factories and professional metal fabrication companies.
Key Features
6-Meter Long Tube Processing
Double Chuck CNC Tube Cutting
Fiber Laser Metal Cutting Technology
CNC Programmable Pipe Cutting
Suitable For Long Steel Pipes
Round And Square Tube Processing
Precision Hole And Slot Cutting
Non-Contact Laser Processing
Flexible Customized Cutting Patterns
Stable Tube Clamping And Positioning
Suitable For Industrial Batch Production
Factory-Direct B2B Configuration
Main Applications
The machine is suitable for steel pipes, carbon steel tubes, stainless steel tubes, galvanized pipes, round tubes, square tubes, rectangular tubes, and other compatible metal profiles.
Typical applications include steel fabrication, construction structures, industrial fencing, railings, automotive components, agricultural machinery, fitness equipment, metal furniture, machinery frames, industrial equipment, and customized tubular components.
FAQs
1. What is the processing length of this machine?
The machine is designed for approximately 6-meter long tube processing. The exact effective cutting length depends on the selected machine configuration.
2. What is the purpose of the double chuck system?
The double-chuck system provides controlled clamping and positioning of long tubes during laser cutting, helping maintain stable workpiece handling.
3. Can it cut steel pipes?
Yes. The machine is designed for compatible steel and metal pipe cutting applications.
4. Can it cut round and square tubes?
Yes. Depending on the chuck and machine configuration, it can be used for round, square, rectangular, and other compatible tube profiles.
5. Can stainless steel be processed?
Yes. Compatible stainless steel tubes can be processed according to the selected laser power, material grade, wall thickness, and machine configuration.
6. Can the machine cut holes and slots?
Yes. CNC programming allows holes, slots, notches, tube ends, and customized profiles to be processed.
7. Is automatic loading available?
Automatic loading and unloading options can be configured depending on the machine model and production requirements.
8. Is this machine suitable for mass production?
Yes. CNC programming, double-chuck positioning, and repeatable laser processing make it suitable for batch and industrial tube production.
9. What materials can be cut?
Depending on configuration, the machine can process carbon steel, stainless steel, galvanized steel, aluminum, and other compatible metals.
10. Can the machine be customized?
Yes. Customers can discuss tube diameter, length, material, wall thickness, laser power, chuck configuration, automation, and production requirements with the manufacturer.
Why Choose Us
Professional Tube Laser Cutting Equipment
We provide industrial fiber laser cutting solutions for metal tubes and pipes, focusing on practical production requirements and flexible CNC processing.
Long-Tube Processing Capability
The 6-meter configuration is designed for customers working with long steel pipes and structural tubes, providing a dedicated platform for extended workpieces.
Double Chuck Positioning
The double-chuck system provides controlled tube clamping and positioning, making it suitable for long workpieces and repeatable industrial processing.
Customized Machine Configuration
We can discuss laser power, chuck specifications, tube diameter, tube length, material, wall thickness, automation, and production requirements according to the customer's application.
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