The Glorystar GW-H Series Handheld Fiber Laser Welder combines welding, cleaning, weld-seam cleaning, and cutting in a single industrial platform. Available in multiple power configurations, it helps fabricators, OEMs, and manufacturers increase productivity through faster welding, consistent weld quality, reduced heat distortion, and less finishing compared with traditional welding processes.
The GW-H Series is Glorystar’s water-cooled handheld laser welding platform, engineered for demanding production environments that require extended operating time, higher power levels, and maximum process flexibility. Featuring an integrated water-cooling system, automatic wire feeder, advanced control system, and 4-in-1 laser processing capability, the GW-H provides a complete solution for welding, cleaning, weld seam cleaning, and light cutting applications.
Available in 1500W, 2000W, and 3000W configurations, the GW-H Series supports a wide variety of fabrication requirements while delivering high-quality welds, improved productivity, and repeatable processing performance.
4-in-1 Processing Capability
High-Power Water-Cooled Design
Integrated Automatic Wire Feeding
Intelligent Control & Safety System
Advanced Fiber Laser Welding Technology
Increase Welding Productivity
Expand Shop Capabilities
Improve Weld Quality
Reduce Labor Dependence
Support Demanding Production Environments
GW-H | |||
Laser Source Power | W | 1500 / 2000 / 3000 | |
Fiber Cable Length | m | 10 | |
ft | 32.8 | ||
Welding Head | 4-in-1 Welding Head | ||
Welding Head Weight | kg | 0.75 | |
lb | 1.65 | ||
Max Welding Head Power | W | Up to 3000 | |
Compatible Filler Wire Diameters | mm | 0.8 / 1.0 / 1.2 / 1.6 | |
in | 0.031 / 0.039 / 0.047 / 0.063 | ||
Spot Adjustment Range | Welding Spot Size | mm | 0 ~ 5 |
in | 0 ~ 0.197 | ||
Cleaning Width | mm | F150 Lens (Standard): 30 | |
in | F150 Lens (Standard): 1.18 | ||
Adjustable Frequency | 5-5000Hz | ||
Cooling Method | Built-in Water Cooling | ||
Auxilary Gas | Nitrogen, Argon | ||
Operating Voltage | AC220V/380V, 50/60Hz ±5% | ||
Total Machine Power | kW | 11.4 | |
HP | 15.3 | ||
Machine Size | Machine Body | mm | 950 x 650 x 1090 |
in | 37.4 x 25.6 x 42.9 | ||
Wire Feeder | mm | 630 x 330 x 470 | |
in | 24.8 x 13.0 x 18.5 | ||
Machine Weight | kg | About 200 | |
lb | About 441 | ||
A: The Glorystar GW-H Series uses an integrated water-cooling system to provide consistent temperature control during operation. Benefits include:
Compared with the air-cooled AH-W Series, the GW-H Series is better suited for manufacturers prioritizing higher power and extended production capability over maximum portability.
A: The GW-H Series can process several metals commonly used in fabrication and manufacturing, including:
Glorystar also identifies copper and other metal alloys as potential applications. Suitability depends on the specific alloy, material thickness, laser power, joint design, part fit-up, and required weld quality. Application testing may be recommended for reflective metals and specialized alloys.
A: The GW-H Series combines four processing functions in one machine:
This provides manufacturers with a flexible platform for completing multiple fabrication and surface-preparation processes. Available cleaning widths, lenses, and processing capacities depend on the selected configuration.
A: The GW-H Series includes a touchscreen interface, stored process parameters, and automatic wire feeding to simplify machine setup and operation. These features can help operators become productive more quickly than with many conventional welding processes.
Operators must still receive proper training in:
The amount of training required depends on the operator’s experience and the complexity of the application.
A: The GW-H Series is well suited for production environments requiring higher power, extended operation, consistent weld quality, and multiple processing functions.
Common applications and industries include:
Its integrated water-cooling system and four-in-one processing capability make the GW-H Series a flexible solution for demanding fabrication and production applications.
