The LX-GL40/70/90 Fully Automatic Round Tube Laser Cutting Machine is designed for manufacturers seeking high-speed, intelligent, and fully automated round tube cutting solutions. Equipped with an automatic loading and unloading system, precision pneumatic chuck, and advanced fiber laser technology, it delivers exceptional cutting quality while significantly reducing labor costs.
Whether you produce furniture, automotive components, fitness equipment, bicycle frames, medical devices, or metal tubes, the LX-GL series provides fast, stable, and accurate tube processing for modern production lines.
The integrated automatic loading system allows operators to load multiple bundles of tubes at one time. The machine automatically completes:
Automatic loading
Tube feeding
Laser cutting
Finished part unloading
This greatly improves production efficiency while reducing manual intervention.
Built with a rigid machine frame and high-performance servo system, the machine achieves:
Maximum acceleration up to 1.5G
Stable high-speed operation
Excellent cutting consistency
Burr-free cutting edges
Reduced production cycle time
Ideal for mass production of round tubes
Material utilization directly affects production cost.
The LX-GL series features:
Minimum tail length ≥40 mm
Precision chuck positioning
Reduced material waste
Higher raw material utilization
This helps manufacturers lower production costs and maximize profitability.
Unlike standard control platforms, Lonx Laser independently develops both software and hardware, providing:
Stable machine performance
Smart nesting
Easy operation
Flexible customization
Remote technical support
The system is designed specifically for tube processing applications
| Model | Tube Diameter |
|---|---|
| LX-GL40 | Ø10–40 mm |
| LX-GL70 | Ø10–68 mm |
| LX-GL90 | Ø10–85 mm |
Suitable tube thickness:
0.6–3 mm
Positioning Accuracy:
±0.1 mm
The LX-GL series is suitable for processing:
Stainless Steel Tubes
Carbon Steel Tubes
Galvanized Steel Tubes
Mild Steel Tubes
Aluminum Tubes (optional)
Other Metal Round Tubes
The automatic tube laser cutting machine is widely used in:
Metal Furniture Manufacturing
Fitness Equipment
Automotive Parts
Bicycle Manufacturing
Medical Equipment
Baby Stroller Production
Home Appliance Industry
Metal Fabrication
Tube Processing Service Centers
The machine comes equipped with:
Fiber Laser Source
Precision Laser Cutting Head
Pneumatic Chuck
Intelligent CNC Control System
Automatic Loading System
High Precision Servo Motors
Industrial Water Chiller
These components ensure stable performance, long service life, and low maintenance costs.
Fully automatic production
High-speed laser cutting
High cutting accuracy
Reduced labor costs
Short tail material
Intelligent control software
Stable long-term operation
Easy maintenance
Global technical support
Custom automation solutions
| Item | Specification |
|---|---|
| Machine Type | Fully Automatic Round Tube Laser Cutting Machine |
| Tube Diameter | Ø10–85 mm (Model dependent) |
| Tube Thickness | 0.6–3 mm |
| Loading Length | 3.5–6.2 m |
| Positioning Accuracy | ±0.1 mm |
| Minimum Tail Length | ≥40 mm |
| Maximum Acceleration | 1.5G |
| Power Supply | 380V |
1. We have one pipe tube that is mid carbon content(SAE1020), diameter 10mm*1.25mm(wall thickness) , is this ok for machine?
Yes, this pipe is ok for our model LX-FL40. It is suitable for pipe diameter below 42mm, steel / stainless steel thickness within 3mm under 1000W laser power.
2. How many hours of working life has the laser? What is the spare part cost approximately?
Laser source life 100,000 hours (more than 20 years). Spare part is the protective lens and nozzle of the laser head. Each can use 2-5 months, we offer each 5pcs for spare and free of charge. For additional quantity, each cost 16USD/ pc.
3. Is there a difference between MAX / RAYCUS / IPG?
The quality of lasers made in China is gradually mature and stable. According to our testings, Max and Raycus are similar in performance. IPG is rarely used in the market within 6KW, unless customers concern on the brand and do not care about the cost. This is because IPG does not show obvious difference from the other two within 6KW power.The share of IPG lasers in China is also declining year by year, in 2018 was 48% and went down to 30% 2019. The share of Max and Raycus are similar, both about 20%.In addition, the laser source is only one part of the machine. Customers should pay more attention on the performance and efficiency of the whole equipment.
4. Regarding stabilizing electric transformer, for 220V 60hz e phase, how many KVA is required?
The transformer capacity is depends on the laser power. For laser power 1000W, it requires 40KVA.
5. PLC, has English or maybe Spanish language?
Our touch screen has both English and Chinese language. We can add Spanish or other language with your help for the translation.
6. Can we send you sample of our pipe in order for you to show us cutting of our material?
Yes, we always welcome customer send us their pipe for testing. Kindly send us pipe length ≥600mm, qty ≥ 3pcs for each size. The longer size and the more quantity the better.
7. What is the material loss every time laser cuts? I mean, when laser is cutting what is the length waste for every cut?
The laser cutting loss is very small, only 0.05-0.1mm/cut, while saw cutting loss would be about 2-5mm/cut.
8. After laser cuts, is the edge hardened by the laser temperature? Can we flare pipe easily without problem after cutting?
The hardening effects are different on different pipe materials. We suggest customers send us their tubes for testing and check the result.
9. Under what circumstances should I choose to use a laser machine?
If cutting quantity is more than thousand pieces per day, we suggest laser machine. As it has advantage on the cutting loss, operation cost(0.6USD/hour) and high efficiency(fast and no burr). In long term usage, laser machine can bring you more profits.
10. When can it cover the machine cost and gain profits for me?
According to our surveys, usually it would take about 0.5 to 1.5 years for our customers to cover the machine cost by the profits they obtained on the laser machine.
