A high-speed tube laser cutting machine is a CNC fiber laser cutting system used for precision processing of round tubes, square tubes, rectangular tubes, and special-shaped profiles. It integrates cutting, drilling, slotting, and bevel cutting functions into one machine, reducing secondary processing for tube fabrication.
KOMPSON high-speed tube laser cutting machines are available in 1500W, 2000W, and 3000W configurations, covering heavy-duty tube processing, general fabrication, and high-volume small tube production. The machines feature smart nesting software, ±0.1mm cutting accuracy, and flexible loading options for furniture hardware, doors and railings, fitness equipment, and other tube processing applications. For details about the machine structure, operating principle, and cutting process, see What Is a Tube Laser Cutting Machine?
The high-speed tube laser cutting machine’s working principle is based on high-energy laser beam thermal processing, combined with a CNC motion system to complete precise cutting of various tubes, mainly including the following core steps:
Assist gas system: High-pressure gas removes slag and protects the surface. Nitrogen or argon prevents oxidation of stainless steel and aluminum, delivering clean cuts. Oxygen is used for carbon steel to increase cutting speed.
Tube clamping and motion system: Rotary chuck holds and rotates the tube 360°. A multi-axis servo system moves the laser head along CNC paths, with tube rotation for side holes, intersection lines, contours, and cutting.
Cooling system: Used to cool the laser source and optical lenses, reducing heat impact on key optical components and supporting stable long-term operation.
The high-speed tube laser cutting machine combines a high-energy laser and a CNC system for precision tube cutting. The device relies on laser heating and gas assistance for material separation, combined with a rotary chuck and multi-axis control, to perform hole-making, intersection lines, and complex contours, suitable for various metal processing applications.
The main components of a high-speed tube laser cutting machine include the laser source, cutting head, CNC control system, machine bed, chuck, drive system, and cooling system. Each component has a specific function in the tube cutting process.
Laser Beam Delivery & Cutting System – Delivers the laser beam accurately for efficient and precise tube cutting.
Tube Positioning & Support System – Secures and supports tubes to maintain cutting accuracy during processing.
Water Cooling System – Dissipates heat from key components to ensure stable machine operation.
High-Power Laser Source – Generates the laser energy required for high-speed tube cutting.
Electrical Control System – Manages electrical functions and coordinates machine operation.
CNC Control System – Controls cutting paths and machine movements for automated production.
The performance of a high-speed tube laser cutting machine depends on the coordination of its core components. A well-designed system improves cutting quality, enhances production efficiency, and supports reliable long-term operation across various tube processing applications.
Kempson provides three types of tube laser cutting machines based on different tube sizes, material weights, and production requirements. From heavy-duty profiles and large pipes to general tube processing and small tube batch cutting, each model is designed for specific fabrication needs.
The Heavy-Duty Low-Speed Tube Laser Cutting Machine is designed for large-diameter pipes, heavy profiles, H beams, and structural tubes. It adopts a chuck-free cutting structure, where the tube moves forward and backward while the laser cutting head rotates 360°, making it suitable for heavy material processing and bevel cutting. The machine supports ±45° bevel cutting and Y-groove cutting, widely used in steel structures, heavy frames, and welding preparation.
The Medium Speed Tube Laser Cutting Machine is designed for general tube fabrication, including furniture hardware, doors and railings, storage racks, and fitness equipment. It uses a practical machine structure with the main cutting components, control system, and processing functions required for daily production. Equipped with flexible chuck options and nesting software, it is suitable for common tube processing applications with a focus on stable operation and cost control.
The 90 Chuck High-Speed Tube Laser Cutting Machine is designed for small-diameter tube batch processing and is widely used in furniture production, fitness equipment, storage racks, and other tube fabrication applications. It adopts a middle pushing feeding system to reduce tube vibration during feeding and maintain stable cutting performance at high speed. The machine supports automatic and semi-automatic loading options for different tube sizes.
| Parameter | Heavy Duty Low Speed Tube Laser Cutting Machine | Medium Speed Tube Laser Cutting Machine | 90 Chuck High-Speed Tube Laser Cutting Machine |
|---|---|---|---|
| Laser Power | 1500W / 2000W / 3000W | 1500W / 2000W / 3000W | 1500W / 2000W / 3000W |
| Tube Application | Large diameter pipes, heavy profiles, H beams | Round tubes, square tubes, angle steel, channel steel | Small-diameter tubes, batch tube processing |
| Tube Processing Range | Large & heavy profiles | Ø10-120mm Round Tube / 10-100mm Square Tube | 10- 90 mm tubes |
| Tube Feeding Method | Chuck-free forward & backward feeding | Chuck feeding system | The middle pushing feeding system |
| Chuck Configuration | No Chuck | 100mm / 120mm / Customized 160mm | 90mm Precision Chuck |
| Bevel Cutting | ±45° bevel cutting, Y-groove cutting | Standard cutting applications | Standard cutting applications |
| Maximum Tube Length | Customized | 6200mm | Customized |
| Load Capacity | Heavy-duty structure | 70kg | Suitable for small-tube batch loading |
| Cutting Accuracy | ±0.03mm | ±0.1mm | ±0.01mm |
| Cutting Speed | 4-6× faster than traditional saw cutting | High-efficiency daily tube processing | High-speed batch cutting |
| Loading System | Manual / Customized | Manual / Semi-automatic options | Full automatic 10-40mm / Semi-automatic 50-90mm |
| Control System | Intelligent CNC System | Intelligent CNC System | Intelligent CNC System |
| Nesting Software | Automatic path generation | Drawing import & automatic nesting | Automatic nesting & cutting path generation |
Tube cutting efficiency directly affects production cost, product quality, and delivery time. Many manufacturers still face problems such as material waste, inconsistent cutting accuracy, slow processing speed, and high labor requirements. Kempson metal tube laser cutting machines are developed to improve cutting accuracy, production efficiency, and process stability.
| Industry Challenge | Kempson Solution | Customer Benefit |
|---|---|---|
| High Material Waste | CNC laser cutting optimizes nesting and follows programmed cutting paths with high accuracy. | Better material utilization and lower production costs. |
| Low Precision with Manual Cutting | Fiber laser technology and CNC control produce consistent cutting accuracy and clean edges. | Less secondary processing and improved product quality. |
| Slow Traditional Saw Cutting | High-speed laser cutting processes tubes faster than conventional cutting methods. | Higher throughput and shorter production cycles. |
| Frequent Manual Loading | Optional automatic loading and unloading systems reduce manual handling. | Lower labor costs and more efficient production. |
| Difficult Cutting of Multiple Tube Shapes | Supports round, square, rectangular, oval, and custom tube profiles on one machine. | Greater production flexibility without changing equipment. |
| High Maintenance and Tool Wear | Non-contact laser cutting eliminates blade wear and reduces routine maintenance. | Lower maintenance costs and less production downtime. |
Kempson offers a complete range of tube laser cutting machines with different laser powers, tube capacities, and automation options to match various production requirements. For sheet metal processing, Kempson also supplies sheet laser cutting machines and sheet & tube laser cutting machines, providing complete laser cutting solutions for metal fabrication.
Pipes: Square Tube Laser Cutting Machine, Round Tube Laser Cutting Machine
Sheets: High-Precision Laser Cutting Machine, Aluminum
Used for cutting automotive structural tubes and components with high precision and consistency.
Applied in metal frame cutting for chairs, tables, and structural furniture parts.
Used for steel structures, guardrails, and building framework processing.
Suitable for producing gym equipment frames and load-bearing tube structures.
Used for processing durable metal tubes in farm and agricultural equipment.
Applied to general metal tube cutting and customized fabrication tasks.
Selecting the right tube laser cutting machine depends on tube size, material type, production volume, laser power, and automation requirements. Maintenance, operating conditions, and daily inspection also affect cutting quality and machine performance.
Routine operation and scheduled maintenance are part of daily production management. For information about machine selection and pricing, see How to Choose the Right Tube Laser Cutting Machine and How Much Does a Tube Laser Cutting Machine Cost?
Kempson High-Speed Tube Laser Cutting Machine combines precision cutting, efficient material use, and flexible processing functions to meet the needs of different tube fabrication applications.
The fiber laser cutting system delivers accurate cutting with smooth edges and low burrs. With ±0.1mm cutting accuracy, it reduces grinding steps and secondary processing.
The built-in nesting software supports automatic layout and cutting path generation, helping improve material use and reduce tube waste.
The machine features a compact design, an industrial cooling system, and a stable mechanical structure for long-term production.
The machine combines tube cutting, hole drilling, bevel cutting and pattern cutting in one process, reducing the need for additional equipment and manual work.
Kempsen is a professional China-based manufacturer and supplier of metal tube laser cutting machines, offering complete equipment solutions with strong performance advantages, reliable engineering design, and an experienced technical team. We provide stable machine quality, customized configurations, and full after-sales support, including warranty service, to ensure long-term operation.
If you are looking for a reliable tube laser cutting solution or a long-term equipment partner, welcome to contact us for more product details and a customized quotation.
A High-Speed Tube Laser Cutting Machine is a CNC fiber laser system used for cutting round tubes, square tubes, rectangular tubes, and special-shaped profiles. It integrates cutting, drilling, slotting, and bevel-cutting functions for efficient tube fabrication.
The difference is mainly based on tube size, material weight, and production requirements. Heavy-duty low-speed models are suitable for large pipes and heavy profiles, medium-speed models are designed for general tube processing; and high-speed models are mainly used for small tube batch production.
The 90 Chuck High-Speed Tube Laser Cutting Machine is suitable for small tube production, especially for 10- 40 mm tubes requiring fast batch cutting. It supports automatic loading for continuous processing.
Yes. The machine supports round tubes, square tubes, rectangular tubes, and special-shaped profiles, covering common tube processing applications.
The tube laser cutting machine can process round tubes from Ø10-120mm and square tubes with side lengths from 10-100mm. Customized configurations are available for larger tube sizes.
Yes. Automatic loading options are available according to tube size and production volume. Small tubes can use fully automatic bundle loading, while larger tubes can use semi-automatic loading.
Yes. The heavy-duty model supports ±45° bevel cutting, Y-groove cutting and complex edge preparation for steel structures and welding applications.
Select the machine according to tube diameter, material weight, production volume, and automation requirements. Heavy tubes and bevel cutting require heavy-duty models, general fabrication suits medium-speed models, and small tube batch production is better matched with high-speed models.
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