The Round Tube Laser Cutting Machine is built for precision cutting of round metal tubes in industrial production. Round metal tubes are used across machinery, construction, automotive, furniture, and other manufacturing industries. Conventional cutting and drilling usually involve several operations, making it difficult to maintain high accuracy and stable quality while reducing production speed.
A round tube laser cutting machine completes cutting, hole cutting, slot cutting, and profile cutting on a single CNC platform. Fiber laser technology delivers clean cuts with high repeatability and supports efficient production of carbon steel, stainless steel, aluminum alloy, and other metal tubes.
The round tube laser cutting machine carries out loading, clamping, feeding, rotation, and cutting in one machining cycle. Each step is controlled by the CNC system to complete the programmed cutting path
From tube loading to finished parts, each operation is completed in sequence on one machine, reducing secondary handling and supporting continuous production of round metal tubes.
For more details about the tube laser cutting machine’s structure, working principle, and main components, read the full article to understand how the system operates in pipe processing applications.
| Parameter | 1500W | 2000W | 3000W |
|---|---|---|---|
| Model | GZ-1500W | GZ-2000W | GZ-3000W |
| Laser Power | 1500W | 2000W | 3000W |
| Chuck Specification | 90 mm Pneumatic Chuck | 90 mm Pneumatic Chuck | 90 mm Pneumatic Chuck |
| Cutting Thickness | 0.3–3.5 mm | 0.3–5 mm | 0.3–8 mm |
| Loading Method | Semi-Automatic / Fully Automatic | Semi-Automatic / Fully Automatic | Semi-Automatic / Fully Automatic |
| Positioning Accuracy | ±0.1 mm | ±0.1 mm | ±0.1 mm |
| Control System | Touchscreen + Intelligent Control | Touchscreen + Intelligent Control | Touchscreen + Intelligent Control |
| Operating Performance | 24-hour Continuous Operation | 24-hour Continuous Operation | 24-hour Continuous Operation |
| Recommended Application | Thin-wall tubes and small-batch production | Medium-thickness tubes and general fabrication | Thick-walled tubes and high-volume production |
The machine is available in different power options — 1500W, 2000W, and 3000W — to match tube thickness, production scale, and processing requirements.
Kempson not only provides round tube laser cutting machines, but also square tube laser cutting machines for wider application needs.
Round Tube Laser Cutting Machines are used for cutting round metal tubes in a wide range of industries, including metal fabrication, construction, automotive, furniture, fitness equipment, agricultural machinery, and steel structures. They are suitable for cutting holes, slots, notches, and complex profiles on carbon steel, stainless steel, aluminum alloy, and other metal tubes used in production.
Chassis components, exhaust systems, seat frames, and crossbeams.
Treadmills, multi-gyms, and outdoor fitness gear.
High-precision frames for wheelchairs, surgical beds, and IV poles.
Large-scale work on solar brackets, wind power components, and fluid piping.
Architectural trusses, stair handrails, guardrails, and prefabricated components.
Metal furniture legs, display racks, stainless shelving, and various pipe connectors.
Selecting a round tube laser cutting machine depends on tube size, material type, production volume, and required cutting thickness. Different power levels and configurations are used for different production tasks.
Power rating, tube dimensions, material, and feeding method collectively determine the equipment configuration required for different production needs.
Different tube materials, diameters, and production requirements affect machine selection. Check the guide article for practical selection points and recommended configurations for different working conditions.
Tube material, diameter, and production needs affect selection. See the guide for key points and recommended setups. How to Choose the Right Tube Laser Cutting Machine?
Price depends on power, automation, and configuration. See the article for cost details and factors. How Much Does a Tube Laser Cutting Machine Cost?
Kempson tube laser cutting machines are designed for continuous pipe processing in production environments. Stable operation and consistent cutting performance make them suitable for daily workshop use.
3-Year Warranty — Downtime reduces output. The machine is covered by a 3-year warranty, based on stable fiber laser and CNC performance in continuous operation.
Clean Cut Quality — Cut edges come out smooth with minimal burrs. Precise gas control and servo motion keep the cut face straight for direct welding use.
Material Utilization — Nesting software arranges cutting paths from the drawing and reduces pipe waste during production.
Simple Operation — The CNC system supports CAD file import and automatic path generation. Operators can start production after short training.
Flexible Range — Pneumatic self-centering chucks handle tubes from Φ10 mm to Φ120 mm. Changeover between small and large pipe jobs requires no tooling adjustment.
Kempson provides the right fit rather than just the most expensive option. Our goal is to help your workshop skip grinding steps, reduce waste, and meet tight deadlines. Selecting a Kempson round pipe laser cutter puts your pipe processing on the fast track. For machine selection, technical details, or project support, contact our team for a tailored solution.
This depends on the chuck specs. This model covers Φ10mm to Φ120mm, which are the most common industrial sizes. We can customize chucks for finer medical tubes or larger heavy-duty pipes.
The difference is huge. Saws only cut, and parts require manual deburring. This machine is a “one-stop” solution with speeds up to 120 m/min. Since parts are weld-ready, overall efficiency is 3 to 5 times higher.
Yes. Multi-axis linkage allows for precise bevel cuts at various angles, which is perfect for saddle cuts in trusses or bike frames where tight fit-ups are required.
No. Laser cutting is non-contact, so there is no physical pressure on the pipe wall. Our pneumatic chucks hold the tube firmly without crushing even thin-walled 1mm stainless steel pipes.
No. The system is user-friendly. Any worker with basic computer skills can learn it in a couple of days. It imports CAD drawings and handles the nesting and paths automatically.
Modern fiber laser technology handles this well. We use specific cutting heads and gas setups (like Nitrogen for stainless) and anti-reflection protection for aluminum to ensure no damage to the laser.
Our short-to-medium pipe models are very space-efficient. You just need a level floor and stable power. The machine includes dust extraction and cooling systems to keep the work area clean.
The laser itself is maintenance-free. Costs are mainly electricity and gas. Consumables like nozzles and lenses are inexpensive and easy to replace. With our 3-year warranty, you have no core maintenance costs in the early years.
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