The Handheld Welding Robot System is a 6-axis automated laser welding workstation designed for production lines handling sheet metal, frames, and tubular structures. By mounting a flexible laser welding torch onto an industrial robotic arm, this cell automates seam welding to replace manual operation, reduce skilled labor dependence, and eliminate post-weld grinding.
Highlights
Supports both laser and MIG/TIG welding operations
Automated weld guidance via teach pendant.
Compatible with assembly jigs and elevated workbenches
Continuous production capabilities for 8–24 hour shifts
Technical Specifications
|
Parameter Category |
Specific Specification |
|
Arm Span |
1895 mm |
|
Repeat Positioning Accuracy |
±0.05 mm |
|
Maximum Load |
20 kg |
|
Power Capacity |
5.87 kVA |
|
Equipment Weight |
Approximately 230 kg |
|
Protection Class |
Wrist: IP54; Body: IP40 |
| Motion Range (J1 - J6) | J1: +/-155 deg, J2: -140 deg / +65 deg, J3: -75 deg / +110 deg, J4: +/-180 deg, J5: +/-115 deg, J6: +/-360 deg |
| Max Axis Speed | J1: 110 deg/s, J2: 140 deg/s, J3: 134 deg/s, J4: 273 deg/s, J5: 240 deg/s, J6: 375 deg/s |
| Mounting & Flange Specification | Base: 350 x 290 mm (4 x 20 mm thru-holes); End Flange: 8 x M6 (Depth 15 mm) |

Recommended Applications
| Industry | Operations | Compatible Materials & Thickness |
| Sheet Metal Enclosures | Cabinets, electrical boxes, server racks | Stainless steel (0.8 to 4.0 mm), Carbon steel, Galvanized sheet |
| Hardware & Frames | Furniture tubing, display brackets, frame joining | Mild steel, Low-carbon steel, Aluminum alloys |
| Automotive Parts | Exhaust components, battery trays, chassis brackets | Aluminum alloy, Stainless steel, High-strength alloy steel |
| Commercial Appliances | Kitchen equipment, medical carts, tanks | 304/316 Stainless steel, Aluminum panels |
Core Workstation Subsystems
BRTIRUS1820A 6-Axis Robot: Compact articulated structure providing +/-0.05 mm positional precision.
Laser Source & Torch: Wobble-head laser gun with adjustable beam width for variable joint gap bridging.
Wire Feeder: Dual-drive automatic wire feeder synchronized with robot movement.
Elevated Mounting Base: Rigid steel pedestal featuring a pre-drilled 350 x 290 mm pattern for floor anchoring.
Control Cabinet & Teach Pendant: PLC controller with dedicated welding macros, multi-pass logic, and safety interlocks.
Installation & Operating Envelope
Required Operating Space: 4 to 6 m2 per workstation.
Utility Connections: 380V / 220V power input, clean, dry compressed air, and shield gas supply (Argon/Nitrogen).
Floor Anchoring: Secured via 4 x 20 mm thru-holes on the base mounting plate.
Maintenance & Longevity
Daily: Inspect torch tip, clean wire feeder, check fixtures
Weekly: Lubricate the base and the wire feed mechanism
Monthly: Inspect electrical connections, PLC/HMI, and safety interlocks
Quarterly: Recalibrate positioning and verify repeatability
Expected Service Life: 8–10 years with standard industrial usage and routine maintenance

Physical Display

Figure 2.1 On-site Physical Object Diagram







FAQ
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