| MOQ: | One unit |
| Price: | 1000-100000 |
| Standard Packaging: | Wooden box |
| Delivery Period: | 5-8 work days |
This handheld fiber laser welding machine is a versatile industrial welding solution engineered to process a wide range of ferrous metals, including iron, carbon steel and stainless steel. It breaks the constraints of conventional fixed welding stations, delivering flexible, mobile welding for metal fabrication workshops, hardware factories and decorative metal processing plants.
Traditional welding of iron, carbon steel and stainless steel often brings obvious challenges. Carbon steel and iron are prone to oxidation, excessive spatter and rough weld seams. Stainless steel easily suffers heat distortion, discoloration and warping after welding, requiring heavy grinding and polishing work. Our handheld laser welder uses concentrated fiber laser energy to minimize heat input to the workpiece. It creates clean, strong and consistent welds on iron, carbon steel and stainless steel, reducing spatter, deformation and post-weld finishing workload significantly.
With simple operation and strong material compatibility, this machine is ideal for fabricating metal frames, railings, sheet metal parts, storage racks and structural components made of iron, carbon steel and stainless steel. It helps manufacturers achieve stable weld quality and improve overall workshop productivity.
The complete system consists of a fiber laser source, handheld welding torch, flexible optical fiber cable, intelligent touch control panel, closed circulating water cooling system and mobile cabinet with lockable casters.
The fiber laser source generates high-density laser energy. The laser beam travels through the flexible optical cable to the lightweight handheld torch. When the laser hits the metal joint, it instantly melts the base metal to form a dense molten pool, forming high-strength welded joints. The welding gun is ergonomically designed for comfortable long-time operation, with built-in safety sensors to cut laser output automatically upon collision or abnormal operation.
The 7-inch industrial touch screen centralizes all parameter adjustments. Operators can set laser power, welding speed, swing width and wire feeding parameters, and save custom process recipes for repeated production on iron, carbon steel or stainless steel.
The built-in constant-temperature water cooling system continuously dissipates heat for the laser source. It maintains stable laser output during long continuous working hours, avoiding power attenuation caused by overheating. The mobile cabinet with casters allows users to move the machine freely to different workstations inside the workshop. CE safety certification ensures compliance with international industrial equipment standards.
| Laser Type | Continuous fiber laser |
|---|---|
| Optional Rated Power | 1000W / 1500W / 2000W |
| Handheld Welding Torch Weight | 0.8–1.2 kg |
| Standard Optical Fiber Length | 10m, customizable up to 15m |
| Control Interface | 7-inch industrial touch screen |
| Cooling System | Closed circulating water cooling |
| Welding Speed | 0.1–0.8 m/s adjustable |
| Applicable Metals | Iron, carbon steel, stainless steel (also compatible with galvanized sheet, aluminum alloy as optional) |
| Applicable Material Thickness | 0.5mm–6mm |
| Power Supply | 220V single-phase / 380V three-phase, 50Hz |
| Overall Machine Size | 900 × 600 × 950 mm |
| Machine Weight | 260 kg |
| Optional Accessories | Automatic wire feeder, swing welding head, laser cleaning module, laser cutting module |
| Certification | CE |
Specifically optimized for iron, carbon steel and stainless steel welding. It produces stable, low-defect welds on these common ferrous materials, meeting most metal fabrication needs. One machine handles multiple metal types to simplify your workshop equipment layout.
Highly concentrated laser energy leads to a tiny heat-affected zone. Iron, carbon steel and stainless steel sheets will not warp or distort easily after welding. Thin plates stay flat, eliminating time-consuming correction work.
Weld seams are narrow, uniform and dense. Compared with traditional MIG or TIG welding, laser welding generates far less spatter. The weld surface is smooth, cutting down grinding and polishing work after welding.
The lightweight torch and long fiber cable support welding on large, long or irregular workpieces. You can rotate and adjust the workpiece freely to weld any position, no need to cut oversized parts to fit fixed welding tables.
Pre-set process parameters for iron, carbon steel and stainless steel are stored in the control system. New workers can learn basic operation within 1–2 hours. Reduce reliance on experienced welders and stabilize product quality.
Industrial-grade fiber laser source has a service life of over 100,000 hours. Paired with the circulating water cooling system, it supports non-stop long shifts. Low failure rate and simple daily maintenance reduce factory downtime and maintenance costs.
Equipped with heavy-duty moving casters, the machine can be pushed to different working areas conveniently. It saves fixed station space and improves workshop flexibility.
This handheld laser welding machine is widely used in metal fabrication workshops, structural steel processing factories, stainless steel hardware plants, architectural metal decoration manufacturers and sheet metal processing workshops.
Typical products include: carbon steel frames, iron structural parts, stainless steel railings, metal shelves, door & window frames, kitchen hardware, mechanical sheet metal components and custom metal fabrication parts made from iron, carbon steel and stainless steel.
Investing in this multi-metal handheld laser welder allows metal fabricators to handle iron, carbon steel and stainless steel jobs on a single machine. It reduces equipment investment and workshop space occupation. The low-deformation, clean weld quality lowers defect rates and post-processing labor costs.
The easy operation solves the problem of skilled welder shortages, enabling consistent production and faster order delivery. It helps metal processing enterprises expand their business scope and strengthen competitiveness in custom metal fabrication markets.
| MOQ: | One unit |
| Price: | 1000-100000 |
| Standard Packaging: | Wooden box |
| Delivery Period: | 5-8 work days |
This handheld fiber laser welding machine is a versatile industrial welding solution engineered to process a wide range of ferrous metals, including iron, carbon steel and stainless steel. It breaks the constraints of conventional fixed welding stations, delivering flexible, mobile welding for metal fabrication workshops, hardware factories and decorative metal processing plants.
Traditional welding of iron, carbon steel and stainless steel often brings obvious challenges. Carbon steel and iron are prone to oxidation, excessive spatter and rough weld seams. Stainless steel easily suffers heat distortion, discoloration and warping after welding, requiring heavy grinding and polishing work. Our handheld laser welder uses concentrated fiber laser energy to minimize heat input to the workpiece. It creates clean, strong and consistent welds on iron, carbon steel and stainless steel, reducing spatter, deformation and post-weld finishing workload significantly.
With simple operation and strong material compatibility, this machine is ideal for fabricating metal frames, railings, sheet metal parts, storage racks and structural components made of iron, carbon steel and stainless steel. It helps manufacturers achieve stable weld quality and improve overall workshop productivity.
The complete system consists of a fiber laser source, handheld welding torch, flexible optical fiber cable, intelligent touch control panel, closed circulating water cooling system and mobile cabinet with lockable casters.
The fiber laser source generates high-density laser energy. The laser beam travels through the flexible optical cable to the lightweight handheld torch. When the laser hits the metal joint, it instantly melts the base metal to form a dense molten pool, forming high-strength welded joints. The welding gun is ergonomically designed for comfortable long-time operation, with built-in safety sensors to cut laser output automatically upon collision or abnormal operation.
The 7-inch industrial touch screen centralizes all parameter adjustments. Operators can set laser power, welding speed, swing width and wire feeding parameters, and save custom process recipes for repeated production on iron, carbon steel or stainless steel.
The built-in constant-temperature water cooling system continuously dissipates heat for the laser source. It maintains stable laser output during long continuous working hours, avoiding power attenuation caused by overheating. The mobile cabinet with casters allows users to move the machine freely to different workstations inside the workshop. CE safety certification ensures compliance with international industrial equipment standards.
| Laser Type | Continuous fiber laser |
|---|---|
| Optional Rated Power | 1000W / 1500W / 2000W |
| Handheld Welding Torch Weight | 0.8–1.2 kg |
| Standard Optical Fiber Length | 10m, customizable up to 15m |
| Control Interface | 7-inch industrial touch screen |
| Cooling System | Closed circulating water cooling |
| Welding Speed | 0.1–0.8 m/s adjustable |
| Applicable Metals | Iron, carbon steel, stainless steel (also compatible with galvanized sheet, aluminum alloy as optional) |
| Applicable Material Thickness | 0.5mm–6mm |
| Power Supply | 220V single-phase / 380V three-phase, 50Hz |
| Overall Machine Size | 900 × 600 × 950 mm |
| Machine Weight | 260 kg |
| Optional Accessories | Automatic wire feeder, swing welding head, laser cleaning module, laser cutting module |
| Certification | CE |
Specifically optimized for iron, carbon steel and stainless steel welding. It produces stable, low-defect welds on these common ferrous materials, meeting most metal fabrication needs. One machine handles multiple metal types to simplify your workshop equipment layout.
Highly concentrated laser energy leads to a tiny heat-affected zone. Iron, carbon steel and stainless steel sheets will not warp or distort easily after welding. Thin plates stay flat, eliminating time-consuming correction work.
Weld seams are narrow, uniform and dense. Compared with traditional MIG or TIG welding, laser welding generates far less spatter. The weld surface is smooth, cutting down grinding and polishing work after welding.
The lightweight torch and long fiber cable support welding on large, long or irregular workpieces. You can rotate and adjust the workpiece freely to weld any position, no need to cut oversized parts to fit fixed welding tables.
Pre-set process parameters for iron, carbon steel and stainless steel are stored in the control system. New workers can learn basic operation within 1–2 hours. Reduce reliance on experienced welders and stabilize product quality.
Industrial-grade fiber laser source has a service life of over 100,000 hours. Paired with the circulating water cooling system, it supports non-stop long shifts. Low failure rate and simple daily maintenance reduce factory downtime and maintenance costs.
Equipped with heavy-duty moving casters, the machine can be pushed to different working areas conveniently. It saves fixed station space and improves workshop flexibility.
This handheld laser welding machine is widely used in metal fabrication workshops, structural steel processing factories, stainless steel hardware plants, architectural metal decoration manufacturers and sheet metal processing workshops.
Typical products include: carbon steel frames, iron structural parts, stainless steel railings, metal shelves, door & window frames, kitchen hardware, mechanical sheet metal components and custom metal fabrication parts made from iron, carbon steel and stainless steel.
Investing in this multi-metal handheld laser welder allows metal fabricators to handle iron, carbon steel and stainless steel jobs on a single machine. It reduces equipment investment and workshop space occupation. The low-deformation, clean weld quality lowers defect rates and post-processing labor costs.
The easy operation solves the problem of skilled welder shortages, enabling consistent production and faster order delivery. It helps metal processing enterprises expand their business scope and strengthen competitiveness in custom metal fabrication markets.