Characteristics of Construction Machinery Welding
Construction machinery products typically have the following characteristics:
- Large material thickness
- Long weld length
- Large welding volume
- Large workpiece size
For example, excavator booms, sticks, and loader structural components all require extensive welding operations.
Traditional manual welding is not only inefficient but also struggles to maintain consistent weld quality.
Robotic Welding System Configuration
Automated welding production lines for engineering machinery typically include:
- Industrial welding robots
- Heavy-duty welding positioners
- Gantry robot systems
- Robot ground rail systems
- Customized welding fixtures
- Automatic welding power supplies
Industrial robots and welding power supplies usually employ high-performance models, such as:
- Yaskawa robots: AR1440, AR2010
- FANUC robots: M-10iD/12, M-10iD/8L
- Yaskawa Kaierda joint venture welding machines: D350S, D500S
- Megmeet welding machines: Dex2-350LDR, Dex2 500MPR
- Aotai welding machines: NBC-350RL, NBC-400RP PLus, NBC-500RP PLus
Teach-free robot welding technology
Teach-free robot welding technology is gaining increasing attention in the welding of large structural components.
This technology can:
- Import 3D models
- Automatically generate welding paths
- Reduce manual teaching time
Especially suitable for the construction machinery and shipbuilding industries.
The value of automated welding
Robotic welding systems can:
- Improve production efficiency
- Reduce labor costs
- Ensure welding quality
- Improve production safety
Therefore, more and more construction machinery manufacturers are adopting automated welding production lines.
Changzhou Anchuang Intelligent Equipment Co., Ltd. specializes in the integration of automated robotic welding systems and can provide customers with complete automated welding production line design and manufacturing.
Contact: Tel / WhatsApp / WeChat: +86 15151971897
Email: nicole@anchuangwelding.com
Website: www.anchuangwelding.com
