The Glorystar G-PRO Series Tube Laser Cutting Machine is designed for manufacturers that require high-speed tube processing combined with precision bevel cutting capability. Built for small-diameter tube and pipe production, the G-PRO Series helps fabricators improve material utilization, reduce secondary operations, and produce weld-ready components for demanding manufacturing applications.
The G-PRO Series expands on the capabilities of traditional small-tube laser cutting systems by incorporating advanced bevel cutting technology alongside high-speed production performance. Its specialized cutting head design maintains cutting accuracy during bevel operations, helping manufacturers produce complex tube geometries while minimizing downstream preparation work.
Designed for production environments where cycle time, material utilization, and weld preparation directly impact profitability, the G-PRO Series combines short-tail cutting technology, high-speed motion performance, and automation-ready configurations. Available in laser power configurations from 3kW to 6kW. Optional conveyor and bundle loading systems further support efficient single-shift, multi-shift, and lights-out manufacturing operations.
Integrated Bevel Cutting Capability
Short-Tail Material Utilization
High-Speed Production Performance
Automation-Ready Design
Precision Tube Processing
Reduce Secondary Operations
Improve Assembly Efficiency
Increase Material Utilization
Boost Production Throughput
Support Manufacturing Growth
Max Auto Loading Length | mm | <6500 | |
ft | <21.3 | ||
Max Manual Loading Length | mm | <7600 | |
in | <24.9 | ||
Round Tube | mm | 10 – 120 | 10 – 160 |
in | 0.4 – 4.7 | 0.4 – 6.3 | |
Square Tube | mm | 10 – 120 | 10 – 160 |
in | 0.4 – 4.7 | 0.4 – 6.3 | |
I-Beam | mm | 5-8# (China Standard) | 10-12.6# (China Standard) |
in | 5-8# (China Standard) | 10-12.6# (China Standard) | |
Laser Power | kW | 3 / 6 | |
Repeat Positioning Accuracy | mm | ≤0.3 | |
in | ≤0.0118 | ||
Positioning Accuracy | mm | ≤0.5 | |
in | ≤0.0197 | ||
Max Positioning Speed | m/min | 80 | |
ft/min | 262.5 | ||
Max Acceleration | G | 1.5 | 1.2 |
Max Chuck Speed | RPM | 160 | 130 |
Max Single Pipe Weight | kg | ≤120 | ≤160 |
lb | ≤265 | ≤353 | |
A: Manufacturers often choose bevel cutting when welded tube assemblies require edge preparation before welding. Producing these features directly during laser cutting can help reduce secondary operations and improve fabrication efficiency.
Bevel cutting is commonly used to:
The G-PRO Series is designed for manufacturers that want the speed of a production tube laser while adding integrated bevel cutting capability for more advanced fabrication requirements.
A: For manufacturers producing welded tube structures, bevel cutting can improve both fabrication efficiency and weld preparation quality.
Common advantages include:
These benefits can be particularly valuable for manufacturers producing frames, equipment bases, process piping, support structures, and other welded tube assemblies.
A: The G-PRO Series is designed for manufacturers that require both high-speed tube processing and bevel cutting capability.
Common applications include:
The machine is especially beneficial when reducing weld-preparation labor is a priority.
A: Yes. The G-PRO Series can be integrated with optional automation systems to support higher production volumes and reduce manual material handling.
Available automation options include:
Potential benefits include:
Bramac Machinery can help determine the appropriate automation configuration based on your production goals and workflow requirements.
A: Both the G-A Series and G-PRO Series are designed for high-speed processing of small-diameter tube and pipe and utilize short-tail cutting technology to improve material utilization.
The G-A Series is ideal for manufacturers who:
The G-PRO Series is ideal for manufacturers who:
If bevel cutting and weld preparation are not part of your production process, the G-A Series is often the more economical choice. If your operation regularly produces welded tube components, the G-PRO Series can help reduce secondary operations and improve overall fabrication efficiency.
