HSG’s laser welding solutions combine cutting-edge technology with ergonomic design to deliver consistent and high-quality welds. From handheld units to robotic systems, these welders are adaptable to a wide range of industrial applications, ensuring flexibility and productivity in metal fabrication processes.
HSG Laser Welders are engineered for high-precision, efficient, and versatile welding applications. Utilizing advanced fiber laser technology, these machines offer superior welding quality across various materials and thicknesses. Designed with user-friendly interfaces and automation-ready features, HSG welders cater to both small-scale workshops and large manufacturing facilities.
Advanced Welding Technology
Ergonomic and User-Friendly Design
Efficient Cooling System
Stable Wire Feeding
Enhanced Welding Quality
Increased Productivity
Versatility Across Applications
Reduced Costs
A: HSG welders can weld a wide range of metals, including carbon steel, stainless steel, aluminum, galvanized sheet, and copper alloys. The FMW and HLGW series are especially effective on thin to medium thicknesses with clean, oxidation-free welds.
A: Depending on the power level:
A: Laser welding is:
A: Yes! HSG’s FMW Series supports:
A: Yes. HSG FMW and HLGW series both support wire feeding (1.6mm) and include dual-driven, DC wire feeders for consistent deposition on gap-filled or multi-layer welds.
A: Only basic training is needed.
A: No — laser welders have fewer consumables and require less frequent maintenance than traditional arc welding machines. Built-in cooling systems and remote diagnostics help keep uptime high.
A: Yes. The FMW Series includes protective interlocks, safety nozzles, and optional safety glasses/shields. The HLGW Series includes fully enclosed work cells, interlocking doors, emergency stops, and light curtain protection.
A: Absolutely. The HLGW Series is designed for robotic integration and automation, perfect for smart factory environments.
A: HSG press brakes are used across industries such as:
They are ideal for clean welds, high precision, and consistent output, whether in low-volume customization or high-volume production.
