Inverted-mounted welding robot on a 12 m rail for improved torch access to open structural members.
Starting prices reflect base equipment configurations. Final pricing depends on system configuration, application requirements, shipping destination, installation, commissioning, training and project scope.
A seven-axis workstation in which the six-axis robot is mounted inverted above the workpiece and travels along a 12 m ground rail.
The inverted arrangement improves torch approach angles on open structural steel members while keeping the same welding, vision and control configuration as the upright station.
Flat fillet welds
Planar polyline fillet welds
Vertical fillet welds
| Robot | Six-axis industrial robot, QJR6-2000 (inverted mounting) |
|---|---|
| Maximum Reach | 2,014 mm |
| Repeatability | ±0.08 mm |
| Rail | HLQZDZ-12, 12,000 mm total length |
| Effective Slide Travel | 10,630 mm |
| Welding Torch | 500MR water-cooled torch, 420 A pulse welding capacity |
| Vision | SVersion-HJ-90 robotic vision |
| Control Software | Honglu arc welding robot control system V1.0 (HL-iAPP-01-100) |
QJR6-2000 six-axis robot mounted inverted
SVersion-HJ-90 — static scanning and dynamic weld tracking
500MR water-cooled torch assembly
500 series source, 100% duty cycle, low-spatter DC welding
HLQZDZ-12 ground rail, 12,000 mm total, 10,630 mm effective travel
Ergonomic operator cabinet with control computer
Automatic seam extraction, path planning and collision detection
Gas-shielded robotic welding of H-section columns, roof beams and crane beams on a 12 m ground rail.
Cantilever-mounted eight-axis welding robot for model-free components, bridge unit plates and extra-long seams.
Tell us about your steel components, workpiece dimensions, welding requirements and production goals.