The Glorystar GS-HG Series Tube Laser Cutting Machines are designed for manufacturers seeking greater automation, improved material utilization, and higher production efficiency. Featuring a full-stroke three-chuck design, automated material handling options, and short-tail processing technology, the GS-HG Series helps fabricators reduce waste, streamline workflows, and support high-volume tube production.
The GS-HG Series expands on traditional tube laser processing by utilizing a full-stroke three-chuck architecture that provides continuous tube support throughout the cutting process, including applications involving long tube and pipe lengths. This design improves material utilization, enhances processing stability, and helps manufacturers maximize usable tube length while maintaining cutting accuracy.
Designed for production-focused fabrication environments, the GS-HG Series combines automation-ready configurations, high-speed motion performance, and flexible material handling options to support efficient single-shift, multi-shift, and lights-out manufacturing operations. Available in laser power configurations from 3 kW to 12 kW, multiple tube capacities, and various machine layouts, the GS-HG Series can be tailored to a wide range of tube processing requirements.
Full-Stroke Three-Chuck Architecture
Short-Tail Material Processing
Automation-Ready Production Platform
High-Performance Motion System
Flexible Processing Capability
Maximize Material Utilization
Increase Production Throughput
Reduce Manual Material Handling
Improve Production Stability
Support Manufacturing Growth
GS-24HG | GS-24HG Half Side-Mounted | GS-24HG Semi Side-Mounted | |||||
GS-6024HG | GS-9024HG | GS-12024HG | GS-6024HG | GS-9024HG | GS-12024HG | ||
Max Auto Loading Length | mm | <6500 | <9200 | <12200 | <6400 | <9200 | <12200 |
ft | <21.3 | <30.2 | <40.0 | <21.0 | <30.2 | <40.0 | |
Max Manual Loading Length | mm | <7600 | <10300 | <13300 | <7500 | <10300 | <13300 |
ft | <24.9 | <33.8 | <43.6 | <24.6 | <33.8 | <43.6 | |
| |||||||
Round Tube | mm | 15 – 230 | |||||
in | 0.6 – 8.9 | ||||||
Square Tube | mm | 15 – 230 | |||||
in | 0.6 – 8.9 | ||||||
I-Beam | mm | 5 – 20# (China Standard) | |||||
in | 5 – 20# (China Standard) | ||||||
Laser Power | kW | 3 / 6 / 12 | |||||
Repeat Positioning Accuracy | mm | ≤0.05 | |||||
in | ≤0.002 | ||||||
Positioning Accuracy | mm | ≤0.1 | |||||
in | ≤0.0039 | ||||||
Max Positioning Speed | m/min | 80 | |||||
ft/min | 262.5 | ||||||
Max Acceleration | G | 1.0 | |||||
Max Chuck Speed | RPM | 100 | |||||
Max Single Pipe Weight | kg | ≤260 | |||||
lb | ≤573.2 | ||||||
Bevel Cutting Capacity | Optional: ±45° | ||||||
GS-36HG | GS-6036HG | GS-9036HG | GS-12036HG | |
Max Auto Loading Length | mm | <6500 | <9200 | <12200 |
ft | <21.3 | <30.2 | <40.0 | |
Max Manual Loading Length | mm | <7600 | <10300 | <13300 |
ft | <24.9 | <33.8 | <43.6 | |
Round Tube | mm | 30 – 360 | ||
in | 1.2 – 14.2 | |||
Square Tube | mm | 30 – 360 | ||
in | 1.2 – 14.2 | |||
I-Beam | mm | 10 – 32# (China Standard) | ||
in | 10 – 32# (China Standard) | |||
Laser Power | kW | 3 / 6 / 12 | ||
Repeat Positioning Accuracy | mm | ≤0.3 | ||
in | ≤0.0118 | |||
Positioning Accuracy | mm | ≤0.05 | ||
in | ≤0.002 | |||
Max Positioning Speed | m/min | 50 | ||
ft/min | 164 | |||
Max Acceleration | G | 0.5 | ||
Max Chuck Speed | RPM | 50 | ||
Max Single Pipe Weight | kg | ≤1000 | ||
lb | ≤2205 | |||
Bevel Cutting Capacity | Optional: ±45° | |||
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A: A three-chuck tube laser design provides additional tube support throughout the cutting process, helping improve material utilization, processing stability, and production efficiency.
Benefits of a three-chuck design include:
The GS-HG Series utilizes a full-stroke three-chuck architecture that allows all three chucks to move with the material during processing. This design helps maximize usable tube length while supporting efficient, high-volume production environments.
A: The GS-HG Series is designed to process a wide range of tube, pipe, and profile materials used in fabrication and manufacturing applications.
Supported materials and profiles include:
Profile capabilities vary by model and application requirements.
The GS-HG Series is available in multiple capacity configurations, allowing manufacturers to process everything from small production tubing to larger industrial tube and pipe applications while maintaining high levels of accuracy and productivity.
A: The GS-HG Series tube laser cutting machines are designed for manufacturers seeking higher production efficiency, automation capability, and improved material utilization.
Common industries include:
Common applications include:
The GS-HG Series is particularly beneficial for manufacturers processing higher production volumes where automation, throughput, and material utilization directly impact operating efficiency and profitability.
A: Yes. The GS-HG Series is specifically designed to support automated production workflows and can be integrated with a variety of material handling solutions.
Available automation options may include:
Potential benefits include:
Automation features and material handling options may vary by model and configuration. Bramac Machinery can help evaluate your production requirements, labor availability, facility layout, and automation goals to determine the most appropriate solution for your operation.
A: Both machines utilize Glorystar’s full-stroke three-chuck architecture, automation-ready design, and short-tail material processing technology. The primary differences involve tube capacity, material weight capability, and production requirements.
GS-24HG – Best suited for:
GS-36HG – Best suited for:
GS-24HG Configuration Options
The GS-24HG is available in both Half Side-Mounted and Semi Side-Mounted configurations.
Both utilize the same three-chuck cutting platform and processing capabilities. The primary difference is machine layout and footprint requirements.
Bramac Machinery can help evaluate your tube sizes, production goals, automation plans, and available floor space to determine the most appropriate GS-HG configuration for your operation.
