To remain competitive, more and more industries are turning to automation to fill their production welding needs. Properly designed and executed robotic welding systems can be over three times more efficient than traditional manual welding, while providing more dependable quality and throughput.
This is where Midwest Engineered Systems’ decades of experience designing and implementing automated arc welding systems comes in. MWES provides a wide range of robotic arc welding capability and is highly knowledgeable at determining what’s needed to achieve our customer’s goals regardless of the industry or welding operations needed.
How Arc Welding Works
Arc welding is the most common form of fusion welding used today. Arc welding uses an electric arc to create intense heat at upwards of 6500°F. At those temperatures, metals such as steel, stainless steel and aluminum can soften enough to be joined together. The electrical arc that creates such intense heat can be generated from either an AC or DC power source. When heated at high temperatures, metal will react chemically to oxygen and nitrogen which will liquify at the point of contact. Once the metal has cooled and solidified, it will form a strong metallurgical bond between the two points of contact.
The two most common types of gas arc welding are: Tungsten Inert Gas Welding (TIG) and Gas Metal Arc Welding (MIG). TIG welding uses a non-consumable tungsten electrode to create the arc with an inert shielding gas of argon or helium to protect the weld pool from any airborne contamination. TIG welding is ideal for high precision welding and welding with sheet metal. MIG welding uses a process where a continuous consumable wire electrode is heated and fed into the weld pool. As with TIG welding, an inert gas of argon is used as a shielding gas to protect the weld pool from any airborne contamination. MIG welding is widely used in most industry sectors.
Traditionally, all arc welding work had been done with manual labor, however, over the last several decades more and more arc welding work has been transitioned over to robotic automation. Robotic arc welders provide a more consistent throughput and higher quality welds than with traditional manual arc welding with minimal downtime. For those reasons, robotic automation in the field of welding is rapid growing every day.
Today, robotic arc welding is used globally in a number of key industries including the automotive industry, fabrication and in the assembly of large-scale components. Some of the industrial uses are: steel frame welding, constructing metal enclosures and large machinery, and working in heavy gauge metals.
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Midwest Engineered Systems builds custom turnkey automated robotic arc welding systems for a variety of capability ranges depending on your metal fabrication needs. With an ever-increasing shortage of skilled welders, our automated arc welding systems will provide consistent cycle times, faster production times and an incredible ROI when compared to manually welding.
If your business is looking to robotically automate any arc welding operations, please contact us today!