Robotic welding is an automated welding technique that relies on the use of robots to undertake the welding process. In addition, the robot also handles the material, removing the need for human involvement and increasing both speed and safety.
Commonly, robotic welders use an arc welding technique, producing precise, narrow weld bonds in a range of materials including mild steel, stainless steel, aluminium, titanium, brass, copper and cast iron. Robotic welding is a common fixture within the automotive industry and ensures uniform welds, a high level of accuracy and less material waste. It also means that the welding process can be performed very quickly, making it well-suited to high-volume production.
However, due to the automated nature of robotic welding, there is little room for flexibility, meaning that any requirement that differs from the robot's programming may be difficult to accomplish. Robotic welding is very much suited to repetitive work - variety within the production process may be more difficult to accommodate.
Used to produce
High-volume, uniform welding requirements.
Materials
Commonly, robotic welders use an arc welding technique, producing precise, narrow weldments in a range of materials including mild steel, stainless steel, aluminium, titanium, brass, copper and cast iron.
Advantages
High level of precision.
Fast production speed.
Cheaper cost per unit on large batches.
Less material wastage.
Increased safety within the production process.
A great option for completing repetitive work quickly.
Disadvantages
Less flexibility within the production process.
Not suited to smaller batches.
