Feasibility analysis of welding robots. Consider whether the welded parts are standard parts, whether the welding thickness meets the welding requirements, welding quantity, etc.

2. Selection of specialized or universal welding robots. If the user only welds the same type of welding parts for a long time, specialized welding equipment can be considered; If multiple welding components need to be welded, more universal automatic welding equipment can be considered.

3. Adhere to the principle of "applicability is the best". For example, when performing straight seam welding, using a 6-axis robot for long-term welding may be a bit overcorrected.

If the welding process parameters are unknown, the welding effect and efficiency can be verified through trial welding.

5. For price, users can compare prices from three different sources. For the welding requirements of the same product, if there is a significant price difference between equipment from different manufacturers, it can be balanced from the aspects of mechanical configuration, manufacturer strength, after-sales terms, welding efficiency, etc.

If the user encounters a certain type of welding component, they need to first confirm whether it can achieve automated welding. Even if it belongs to the same product, if the cutting method and thickness are different, others can achieve automated welding, but it does not mean that you can also achieve it. The production of argon arc welding automatic welding equipment and molds relies on long-term accumulated welding technology experience. The same equipment may have different levels of training, debugging, and after-sales service for different personnel, resulting in varying final usage effects.

What is the speed of the welding robot during the welding process?

According to specific welding specifications, welding wire models, and other parameters, when using 4.0 specification welding wire for submerged arc welding, the general welding speed is 350-500mm/min, which is 35-50cm/min.

Welding robot is an automation equipment based on motor control technology, microcontroller control technology, PLC control technology, and digital control technology. Welding robots are mainly used for automatic loading and unloading of workpieces, automatic conversion mechanisms for workpiece workstations, automatic clamping mechanisms for workpieces, automation systems for workpiece welding processes, and system integration control.