YASKAWA Mig Welding Robot Advantages
- High Productivity: Yaskawa MIG welding robot ensures high transport quality and fast speed operation.
- Cable Optimization: Less interference/restriction, no cable breakage, simpler teaching.
- Slender Hollow Arm: Minimizes interference with equipment in confined spaces.
- Easy Maintenance: Battery-free cable replacement (preserves origin), fewer cables/connectors for better workability.
- Minimized Wiring: Only 1 power cable (reduces labor), supporting competitive MIG welding robot pricing.
YASKAWA Mig Welding Robot Applications
YASKAWA MIG welding robots excel at welding car parts like chassis and engine brackets, construction machinery components such as excavator booms, and other complex welding scenarios.
These robots boast an accuracy of ±0.02 mm and an integrated vision system for precise weld tracking, compensating for slight component deviations that often lead to rework.
They adapt seamlessly to materials, including MIG welding aluminum, stainless steel, and carbon steel, support smart manufacturing workflows for factory automation, and cut costs in high-volume production by boosting efficiency and reducing waste.
Models of YASKAWA Mig Welding Robot
- YASKAWA Robot Specification (AR2010)
- YASKAWA Robot Specification (AR1440)
| Model | YR-1-06VXH25-A11 |
| Configuration | Vertical Multi-joint Type (6 Degrees of Freedom) |
| Payload | 12 kg |
| Repeat Positioning Accuracy | 0.03 mm |
| Working Range | |
| S-axis (Rotation) | -180° ~ +180° |
| L-axis (Lower Arm) | -105° ~ +155° |
| U-axis (Upper Arm) | -86° ~ +160° |
| R-axis (Wrist Rotation) | -150° ~ +150° (-200° ~ +200°) |
| B-axis (Wrist Swing) | -135° ~ +90° (-150° ~ +150°) |
| T-axis (Wrist Torsion) | -210° ~ +210° (-455° ~ +455°) |
| Mass of Main Body | 260 kg |
| Power Capacity | 2.0 kVA |
| Model | YR-1-06VXH12-A01 |
| Configuration | Vertical Multi-joint Type (6 Degrees of Freedom) |
| Payload | 12 kg |
| Repeat Positioning Accuracy | 0.02 mm |
| Operating Range | |
| S-axis (Rotation) | -170° ~ +170° |
| L-axis (Lower Arm) | – 90° ~ +155° |
| E-axis (Middle Arm) | / |
| U-axis (Upper Arm) | – 85° ~ +140° |
| R-axis (Wrist Rotation) | -150° ~ +150° |
| B-axis (Wrist Swing) | -135° ~ +90° |
| T-axis (Wrist Torsion) | -210° ~ +210° |
| Mass of Main Body | 150 kg |
| Power Capacity | 1.5 kVA |
Welding Small Parts
The Yaskawa welding robot excels at a high-quality robotic MIG welding process for small components, even in tight spaces.
As a reliable Yaskawa robotic MIG welder, its 700mm arm reach (a key detail in its welding robot specification) enables smooth MIG welding of small parts in the most limited work areas.
Welding Long Components
The combination of two Yaskawa MIG welding robots and a welding positioner enables coordinated robotic MIG welding with two tooling axes.
This setup delivers high-quality MIG welding results with high productivity—even when working on long components.
High-Density Welding Car Parts
Three Yaskawa Robotic MIG Welding Machines and a welding positioner work together to achieve high-quality, high-density automotive MIG welding using reliable MIG welding techniques.
In addition, simultaneous welding by these three automated welding robots cuts down cycle time.
Stable Construction Machinery Welding
Three Yaskawa MIG welding robots collaborate, and two handling robots position workpieces at the optimal welding spot for efficient construction machinery component welding.
With MIG welding in this ideal position, stable quality is guaranteed. Post-welding, automated MIG welding robots take over handling, streamlining the system.
Related Products
If you have any other questions about our laser equipment, please feel free to contact us.
- Price depends on the model, payload capacity, additional features (such as sensor systems), and integration requirements.
- If you want to get an accurate Yaskawa MIG welding robot price, it is recommended to provide workpiece size, material type and production capacity requirements, and contact us for customized solutions.
- It supports welding multiple materials, including MIG welding stainless steel, carbon steel, galvanized steel, and aluminum alloys, making it widely suitable for applications in automotive manufacturing, heavy industry, and other fields.
- It is an ISO9001 quality system and ISO14001 environmental management system certified, and CE certified, ensuring compliance for the EU market.