MIG stands for Metal Inert Gas Welding. MIG welding is much faster compared to traditional welding methods. MIG is mostly used in manufacturing industries as the quicker welding speed gives high productivity. Applications of MIG include repairing automotive parts, reinforcing surface of railroad tracks, welding pipes and tubes, rebuilding of equipment and even building of bridges. MIG is mostly preferred as it does not produce any slag and gives full control of feed and flow rate to the operator.
Typical projects include: Welding machines parts in vehicles, automotive repairs, reinforcement of worn out rail tracks, welding and fabrication in robotics, in piping systems, lengthy welding in bridges, etc.
MIG stands for Metal Inert Gas Welding. MIG welding is much faster compared to traditional welding methods. MIG is mostly used in manufacturing industries as the quicker welding speed gives high productivity. Applications of MIG include repairing automotive parts, reinforcing surface of railroad tracks, welding pipes and tubes, rebuilding of equipment and even building of bridges. MIG is mostly preferred as it does not produce any slag and gives full control of feed and flow rate to the operator.
Typical projects include: Welding machines parts in vehicles, automotive repairs, reinforcement of worn out rail tracks, welding and fabrication in robotics, in piping systems, lengthy welding in bridges, etc.
