A 2000W Tube Laser Cutting Machine is a CNC fiber laser system designed for precision cutting of metal tubes, pipes, and profiles. Using a 2000W fiber laser source, it can process round tubes, square tubes, rectangular tubes, oval tubes, and other metal sections with stable cutting quality and high efficiency. The machine is suitable for carbon steel, stainless steel, aluminum, galvanized steel, and other commonly used metal materials. Kempson offers laser cutting machines with different power ratings and tube sizes: Laser Cutting Machines.
Equipped with an automatic clamping system and intelligent CNC control, the machine performs cutting, hole making, slotting, and contour processing in a single operation. It is widely used in metal fabrication, furniture manufacturing, fitness equipment, automotive parts, construction materials, and machinery production, providing an efficient solution for modern tube processing requirements.
The 2000W Tube Laser Cutting Machine combines a fiber laser source, CNC control, and precision motion to process metal tubes. The workflow moves from laser generation to finished cuts in a step-by-step process.
The machine uses a 2000W fiber laser source to generate a continuous laser beam. The beam is transmitted through an optical fiber directly to the cutting head, providing a stable output for tube cutting operations.
The laser beam passes through a focusing lens and forms a small, concentrated spot on the tube surface. The cutting head adjusts the focal position according to different tube materials and wall thicknesses.
When the laser reaches the tube surface, the metal quickly melts or vaporizes. The concentrated energy forms a narrow cutting path and separates the material along the programmed contour.
Oxygen, nitrogen, or compressed air is supplied through the cutting nozzle during processing. The gas removes molten material from the cutting area and improves cut edge quality.
The CNC system controls tube feeding, clamping, rotation, and cutting head movement. According to the programmed drawing, the machine completes hole cutting, contour cutting, bevel cutting, and other tube processing operations in a single cycle.
The machine uses the laser, cutting head, auxiliary gas, and CNC system together to perform tube cutting, hole making, contour cutting, and bevel cutting. It handles a wide range of metal tube processing tasks efficiently.
The table shows the main specifications of the tube laser cutting machine, including tube length, diameter, weight capacity, and cutting thickness for different materials.
| Item | Details |
| Maximum Tube Length | Standard lengths: 6m and 8m; customizable up to 12m based on production needs |
| Maximum Tube Diameter | Standard processing diameter: 200–300mm; some models support up to 500mm |
| Maximum Tube Weight per Meter | Standard maximum load: 25kg/m |
| Recommended Cutting Thickness | Stable long-term processing: 8–10mm medium-thickness metal |
| Maximum Cutting Thickness (by Material) | – Carbon Steel: 1–20mm (recommended ≤10mm for stable production)- Stainless Steel: 1–8mm (up to 10mm with high-pressure auxiliary gas)- Aluminum Alloy: 1–6mm |
These specifications ensure reliable and efficient cutting of carbon steel, stainless steel, and aluminum tubes in industrial production.
The main modules and technical features of the 2000W tube laser cutting machine include the laser source, clamping system, motion system, control system, cutting head, lubrication system, and loading options.
| Module | Features |
| Fiber Laser Source | 2000W fiber laser sources (IPG / Raycus / MAX). Stable beam at full power, service life up to 100,000 hours, lower energy use than CO₂ lasers. |
| Pneumatic Chuck | Automatic lubrication for rails and racks with timed oil supply. Sealed dust protection reduces wear and keeps transmission accuracy. |
| Servo Motor System | Manual loading is standard, and optional automatic loading. Supports 6m, 8m, and 12m tubes, reduces manual handling and improves batch efficiency. |
| CNC Controller | Windows-based CypCut system with cutting functions. Supports AI, DXF, and PLT formats, enabling path planning and cutting control. |
| Cutting Head | High-precision servo motors with rack-and-pinion transmission—acceleration up to 1.2–1.5G, accurate positioning, stable motion. |
| Automatic Lubrication System | Fiber laser cutting heads (Raytools / Lasermech)—capacitive height sensing with fast response and automatic focus adjustment. |
| Loading System | Manual loading is standard, and optional automatic loading. Supports 6m, 8m, and 12m tubes, reduces manual handling, and improves batch efficiency. |
These modules provide stable operation, accurate positioning, and efficient tube cutting for carbon steel, stainless steel, and aluminum tubes in industrial production.
This 2000W tube laser cutting machine delivers high precision, fast production, efficient material use, and flexible tube processing. The CNC system with precise motion components and automation handles different tube shapes and materials while reducing manual labor and operating costs, suitable for continuous industrial production.
These features support stable, high-efficiency tube processing in mass production environments with reduced labor and operating costs.
| Parameter | Specification |
| Model | HYQ-2000W |
| Laser Power | 2000W |
| Round Tube Processing Range | Φ10–120mm |
| Square Tube Processing Range | 10–100mm |
| Positioning Accuracy (X-Y Axis) | ±0.1mm |
| Maximum Processing Length | ≤6200mm |
| Maximum Loading Capacity | 70 kg / single tube |
| Operating Performance | Supports 24-hour continuous operation |
| Maximum Linear Axis Speed | 80 m/min |
| Maximum Rotary Axis Speed | 85 rpm |
| Control Method | Touchscreen operation + proprietary control system |
The price of a 2000W tube laser cutting machine varies depending on key configuration factors such as laser source, tube length, automation level, CNC system, and voltage requirements. These differences affect overall manufacturing cost and final market pricing.
Imported laser sources generally increase cost compared with domestic options. The price difference is mainly related to stability, service life, and manufacturing cost.
Longer tube processing capacity requires a stronger machine structure and transmission systems. Standard options include 6m and 8m, while 12m models involve a higher production cost.
Manual loading is the standard configuration. Automatic loading systems add cost but improve efficiency in batch production and reduce manual handling.
Basic CNC systems are used in entry-level models, while industrial models commonly adopt CypCut systems. Higher-end customized systems increase overall equipment cost.
Standard machines use 380V industrial voltage. Custom voltage options such as 220V or 480V require power system adjustment and slightly increase cost.
The final price of a 2000W tube laser cutting machine is determined by configuration level and production requirements, with entry-level, standard industrial, and high-end automated models covering different application needs. Learn more: How Much Does a Tube Laser Cutting Machine Cost?
Kempson is a professional manufacturer and supplier of 2000W tube laser cutting machines, with years of experience in laser equipment production and development. Our machines are reliable and stable, and we provide technical support, customized solutions, and complete after-sales service to ensure long-term efficient operation. Contact us to learn more or request a quote—Kempson is ready to provide expert support and service.
It can cut various metal tubes, including steel, stainless steel, aluminum, and other metal alloys.
It can typically cut steel tubes up to 10–12 mm and stainless steel tubes up to 8–10 mm, depending on the material.
Yes, the machine is fully capable of cutting stainless steel tubes efficiently.
Round, square, rectangular, and some special-shaped tubes are supported.
Yes, the machine can be equipped with automatic loading and unloading systems.
The machine offers high precision, typically within ±0.05 mm, ensuring clean and precise cuts.
Price depends on specifications and optional features; contact us for a detailed quotation.
Consider tube diameter, material type, cutting thickness, production volume, and automation needs to select the most suitable model.
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