Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of versatile tube laser cutting machine in China. Please feel free to buy CE approved machinery made in China here from our factory. All customized machines are with high quality and competitive price.

Laser Cutting of Tubes – A Practical Alternative

You've probably seen the marketing materials claiming laser tube cutting transforms everything. Like most equipment decisions, the reality is more nuanced.

What a laser tube cutter actually does is straightforward: it uses a focused beam to melt through tube walls along a programmed path. Assist gas removes the molten metal. No physical contact, no tool wear on the cutting edge. But the gas selection and pressure matter more than most sales literature suggests. Use the wrong combination, and you get dross or oxidation that needs secondary processing anyway.

We run a fair number of these machines in our own facility, so we've seen what works and what doesn't. For carbon steel up to about 10mm wall thickness, a well-tuned laser outperforms sawing or plasma on speed and edge quality. For thicker walls, the equation shifts toward plasma or oxy-fuel. That's just physics.

The real benefit shows up in workflow consolidation. Instead of measuring, marking, cutting, drilling, and deburring as separate operations, you can combine most of them into one program. The machine handles round, square, rectangular, and structural shapes, and once you've dialed in parameters for each material, repeatability is consistent.

The best advice for someone looking at this equipment: define your typical material mix and thickness range first. Then look at power and bed length options. Production rates depend heavily on those factors.

Where Tube Laser Cutting Machines Are Used

Tube laser cutting machines adapt to multiple industrial processing scenarios, solving targeted processing pain points for different metal pipe fabrication scenarios.

Furniture manufacturing: Widely used for processing metal chair frames, table legs and shelf tubular parts. The equipment delivers stable and uniform cutting dimensions for 6-meter square and round tubes. Consistent machining accuracy avoids size deviation of workpieces, reducing subsequent grinding and assembly adjustment work on site.

Automotive parts: Suitable for processing exhaust systems, roll cages and chassis structural components. Replacing traditional plasma cutting, laser tube cutting effectively cuts down secondary processing procedures. It optimizes material waste caused by cutting kerf and rework, stably lifting the overall material utilization rate to 97% in actual production.

Fitness equipment: Ideal for gym frame, weight rack and cardio equipment structural parts. It can complete hole opening, notch cutting and special contour forming in a single clamping setup, removing the need for separate drilling processes and simplifying the production flow.

Agricultural machinery: Fits the processing demands of sprayer booms, planter frames and grain handling equipment. Agricultural pipe workpieces are usually long and heavy. The equipment supports 6-meter long tube processing and matches the load-bearing requirements of heavy-duty pipes, fully adapting to agricultural machinery production conditions.

Quality Control and Production Standards

**parameter**
Laser type	Carbon dioxide, fiber laser
Applicable materials	Aluminum, brass, copper, metals
Cutting thickness	0-20mm
Laser power	Available from 1500W to 3000W depending on tube material and production requirements
Products offered	Plates and pipes
Cutting speed	Adjustable according to material thickness and cutting conditions
Support graphic formats	DXF, DWG, CAD
Warranty	2-year support service

How We Build These Machines

01/

Raw Material Check:
Upon arrival at the factory, steel plates and profiles undergo batch-by-batch checks for thickness tolerance and surface quality. We also review the material certificates from the steel mills.

02/

Frame Welding and Stress Relief:
The main bed is welded in a special fixture to prevent deformation. After welding, the entire machine is heat-treated to fully remove internal stresses, ensuring it remains stable over time.

03/

Precision Machining:
Using a large milling machine, we precisely machine the mounting surfaces for guide rails, bearing seats, and clamping. This guarantees all assembly reference surfaces meet required dimensions and positional tolerances.

04/

Full Assembly:
Linear guide rails, ball screws, the servo drive system, and the laser cutting head are installed in order. Preload and coaxiality are adjusted as per process requirements.

05/

Comprehensive Machine Testing:
A 72-hour continuous test run, both unloaded and under load, is performed. We also conduct sample tests for accuracy and check auxiliary gas flow and safety interlocks. The product is released only when all checks pass.

06/

Packaging and Shipping for Export:
We use moisture-proof and shock-resistant export-grade wooden crates for packaging. Logistics are fully coordinated for direct delivery to your specified location.

Questions Before Purchasing a Tube Laser Cutting Machine

What are the installation requirements?

You'll need a three-phase 380V power supply, compressed air at 0.6MPa or above, and nitrogen or oxygen gas supply. The operating space should be at least 2 meters longer than the machine bed. We provide detailed foundation drawings in advance so you can prepare your workshop layout before delivery.

How long does installation and commissioning take?

From delivery to first production cut, typically five to seven working days. Mechanical positioning and wiring take about a day. Dry run and system verification take another day. Test cutting and parameter optimization take two to three days-this is the most time-consuming because each material and wall thickness needs individual tuning. If your site is fully prepared (power, gas, foundation ready), we can get you cutting in as few as four days.

How do operators maintain the tube laser cutting machine in daily production?

Different workshops have different requirements. The machine configuration can be adjusted based on tube size, material type, production volume and automation needs.

precision tube laser cutter