Glorystar Handheld Fiber Laser Welding Machines provide manufacturers, fabricators, and metalworking shops with a faster, cleaner, and more efficient alternative to traditional MIG and TIG welding. Designed for a wide range of industrial applications, these systems deliver precise welds, reduced heat distortion, and minimal post-processing while helping increase productivity and improve weld quality.
Glorystar Laser Welders combine advanced fiber laser technology, intelligent controls, and user-friendly operation to deliver high-quality welding performance across a variety of manufacturing and fabrication environments. Available in both air-cooled and water-cooled configurations, these systems provide flexible solutions for shops seeking improved welding speed, consistency, and efficiency.
Whether you’re producing sheet metal assemblies, enclosures, frames, tanks, railings, HVAC components, or industrial equipment, Glorystar laser welders help reduce labor requirements, minimize finishing work, and support higher production throughput. Select models also offer multi-function capabilities that combine welding, cleaning, and surface preparation into a single machine platform.
High-Speed Fiber Laser Welding
Cleaner Welds with Less Finishing
Reduced Heat Distortion
Easy-to-Learn Operation
Flexible Processing Solutions
Increase Production Throughput
Reduce Labor Requirements
Improve Weld Quality
Lower Operating Costs
Reduce Secondary Finishing Requirements
AHW40 | AHW3 | |
Welding Thickness | Stainless Steel, Carbon Steel: 0.5-4mm / 0.02-0.16in Galvanized Sheet: 0.5-3mm/ 0.02-0.12in Aluminum, Brass: 3mm/ 0.12in | Stainless Steel, Carbon Steel: 0.5-3mm / 0.02-0.12in Galvanized Sheet: 0.5-2mm/ 0.02-0.08in Aluminum, Brass: 2mm/ 0.08in |
Spot Adjustable Range | 0-5mm / 0-0.2in | |
Cooling Method | Air Cooling | |
Protective Gas | Noble Gas | |
GW-H | |
Laser Power | 1000 – 3000W |
Adjustable Range of Light Spot | 0-5mm/ 0-0.2in |
Cooling Method | Built-in Water Chiller |
Protective Gas | Nitrogen or Argon |
Compare Glorystar laser welding solutions to identify the best fit based on material thickness, portability requirements, production demands, and fabrication applications.
Series | Best For | Power Range | Cooling Method | Key Differentiator |
AH-W | Portable welding, cutting, and weld seam cleaning | 1 – 2 kW | Air Cooled | Portable handheld fabrication platform |
GW-H | Welding, cutting, weld seam cleaning, and rust removal | 1.5 – 3kW | Water Cooled | 4-in-1 welding and surface preparation platform |
* Available power configurations vary by model and application requirements. | ||||
A: Glorystar laser welders can be used on a variety of metals commonly used in fabrication and manufacturing applications, including:
Material compatibility and recommended process parameters vary depending on the machine model, laser power, material condition, and application requirements.
A: Material thickness capability depends on several factors, including:
Glorystar laser welders are available in multiple power configurations to support a range of fabrication and manufacturing applications. Bramac Machinery can review your materials, parts, and production requirements to help determine the appropriate system.
A: Air-cooled laser welders prioritize portability and simplified maintenance. Because they do not require a conventional water-cooling system, they eliminate coolant replacement and related water-system maintenance.
Water-cooled laser welders use an integrated chiller to provide consistent temperature control and are available in higher-power configurations. They are well suited for applications requiring additional power and processing capability.
The appropriate cooling method depends on factors such as:
A: In suitable applications, laser welding can operate several times faster than conventional welding processes while delivering:
Actual performance depends on the material, joint design, weld parameters, and application requirements.
A: Handheld laser welding machines are used across a wide range of fabrication and manufacturing industries, including:
Laser welding is particularly well suited for applications requiring clean, precise welds, reduced heat distortion, and minimal post-weld finishing.
A: User-friendly controls, stored process parameters, and simplified operation can help operators become productive more quickly than with many conventional welding processes.
Training requirements depend on:
Proper machine-operation, process, and laser-safety training is required before operating the equipment.
A: The appropriate laser welding system depends on factors such as:
Bramac Machinery can review your application and recommend the most appropriate Glorystar laser welding solution for your operation.
