How to Choose the Right Welding Robot for You
2019-07-26
1. Feasibility analysis of welding robots. Consider whether the workpieces are standard, whether the welding thickness meets the welding requirements, and the volume of welding, among other factors.
2. Specialized or more general-purpose welding robots: If the user will be welding only specific parts for an extended period, specialized welding equipment may be considered; if other parts need to be welded, more versatile automated welding equipment may be considered.
3. Adhere to the principle that "suitability is key." Use straight-seam welding; employing a 6-axis robot for prolonged welding sessions would be overkill.
4. If the welding process is unknown, the welding results and efficiency can be verified through test welding.
5. Regarding price, users should shop around. For welding the same product, if equipment prices vary significantly, weigh factors such as mechanical configuration, manufacturer's capabilities, after-sales terms, and welding efficiency.
If a user encounters a specific workpiece, they should ensure it can be welded automatically. Even for the same product, different cutting methods or thicknesses mean that what works for others may not necessarily work for you. It can be welded automatically. The production of automatic TIG welding equipment and molds relies on long-term experience in welding technology. Even with the same equipment, results will vary depending on the training provided and the quality of after-sales support.
What is the speed of a welding robot during the welding process?
Based on specific welding specifications, such as using 4.0 welding wire for submerged arc welding, the general welding speed is 350–500mm/min, or 35–50cm/min.
A welding robot is a type of robot that utilizes motor control technology, microcontroller technology, PLC control technology, and digital control technology. Welding robots are primarily used for the automatic feeding and cutting of workpieces. They include mechanisms for automatic workpiece station switching, automatic workpiece clamping, automation of the welding process, and integrated system control. The image on the right shows a complete set of automatic welding equipment on a water heater production line, including automatic loading and unloading, automatic clamping, and automation of the welding process.
