Suitable applications
Steel frames, structural assemblies and repeated welded products. Blank consistency, edge preparation, fixturing and torch access determine whether robotization is appropriate.
robotic arc welding MK-WR/RW
The image is for reference. Actual appearance and configuration may vary.
- Welding process
- MIG / MAG
- Rail module carrying load, kg
- 1000
- Positioning repeatability, mm
- ±0.05
A MIG/MAG system with a robot and optional rail travel. This is arc welding, not laser welding.
The robot guides the torch along the seam; a rail module and positioner extend workpiece access. The factory offers a process database and torch cleaning. Equipment, coordinated axes and cell protection are specified as one system.
Purpose and distinguishing features
MK-WR/RW robotic arc welding
MK-WR/RW performs robotic MIG/MAG arc welding, not laser welding. Rail travel expands the system's movement area, but rail capacity is not robot payload. For large structures, define fixtures, positioners, seam access and torch paths before selecting rail length.
Technical specifications
| Model | Welding process | Handling system installed power, kW | Rail module carrying load, kg |
|---|---|---|---|
| MK-WR | MIG / MAG | ≤8.5 | 1000 |
| Robot arm radius, mm | — |
|---|---|
| Positioning repeatability, mm | ±0.05 |
| Positioning accuracy, mm | ±0.05 |
| Y-rail length options, mm | 3000 / 10000 / 12000 / 20000 |
| Rail travel speed, m/min | 50 |
| Solid welding wire, mm | 1.0 / 1.2 / 1.6 |
| Flux-cored welding wire, mm | 1.2 |
| Specified welding positions | PA / PB / PC / PF / PG |
| Dimensions L × W × H, mm | 3400 × 3000 × 2800 |
Choosing a configuration
The 1000 kg table value is rail-module carrying load, not robot-arm payload. The stated 8.5 kW is system consumption, not laser output. Working reach requires clarification because factory values conflict.
We select torch, MIG/MAG source, wire, shielding gas, rail and positioner. Gas and settings are matched to the actual metal. The 3/10/12/20 m rail examples do not establish the dimensions of every cell.
Discuss configuration
Send a drawing or photograph of the part, material, thickness, blank size and required output. This lets us compare configurations against your job, not just their power rating.
Tell us what you would like to clarify. Add drawings, photos or the required configuration reference to your request if available.
Discuss configurationAlso in the catalogue
LF3015CN
Open-bed sheet laser
A single open 3000 × 1500 mm table with direct sheet access. A model for straightforward stock logistics and a configuration matched to the actual job.
- Source power, kW
- 1 / 2 / 3 / 4 / 6
- Working area, mm
- 3000 × 1500
- Layout
- Open bed
LF3015LN, LF4020LN, LF6025LN
Open-bed sheet laser
An open-access working area in several standard formats. A sheet cutting series configured for your application.
- Source power, kW
- 1–12
- Formats, mm
- 3050 × 1520 — 6100 × 2550
- Layout
- Open bed
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A protective enclosure and exchange tables for organised sheet processing. While the machine cuts on one table, the other can be prepared for the next cycle.
- Source power, kW
- 1.5–12
- Formats, mm
- 3050 × 1530 — 6050 × 2530
- Layout
- Enclosed, exchange tables