Welding

Welding plays a crucial role in manufacturing from prototyping to mass production.

The process joins different metal components together, ensuring the structural integrity and durability of the final product.

With such an important role in manufacturing, welding processes need to be precise, efficient, and safe.

Welding has proven to be a highly reliable joining method due to its ability to create a solid and long-lasting bond between materials. By melting the materials together, welding forms a cohesive bond that often exceeds the strength of the individual materials themselves.

In addition, welding is widely used method across many industries, including construction, automotive, aerospace, and manufacturing.

The benefits of welding include:

  • Superior structural integrity of assembled components: When materials are welded together, the joint becomes an integral part of the structure, making it robust and durable.
  • A high level of versatility: Welding processes can be applied to various materials, such as metals, plastics, and composites.
  • Excellent joint efficiency: Minimal material is lost during the joining process.


Mid-Plains Industries is team of experienced welders have honed their skills to not only understand how to perform all types of welding effectively, but also to recognize the best applications for its use.

Our reputation as leaders in the field speaks to the quality and expertise we bring to every project.

Mid-Plains, Industries is outfitted with the latest welding equipment including;

MIG, TIG, ARC and Spot Welding         

Mid-Plains is please to include their New Automated TIG Welder in welding arsenal!

Automated TIG welding offers advantages like enhanced weld quality, repeatability, increased production output and reduced scrap.

Here’s a more detailed look at the benefits of the Mid-Plains Automated TIG Welder:

  • Precision and Consistency: Automated systems can deliver precise, repeatable welds, ensuring each weld meets the highest quality standards. 
  • Consistent Welding Parameters: Automated systems can maintain consistent levels of heat, torch speed, amperage, voltage, and arc depth, leading to uniform welds and reduced defects. 
  • Faster Welding Speeds: Automated systems can often weld faster than manual methods, especially in repetitive tasks. 
  • Optimized Cycle Times: Automated systems can optimize cycle times, further contributing to increased productivity. 
  • Reduced Scrap and Rework: Consistent weld quality and repeatability lead to less scrap and rework, saving time and materials. 
  • Reduced Exposure to Welding Fumes: Automated systems can be designed with better ventilation and shielding, reducing exposure to welding fumes. 
  • Reduced Operator Training Time: Once programmed, automated systems require less training time for operators compared to manual welding. 
  • Improved Monitoring and Traceability: Automated systems can record and track welding parameters, ensuring better monitoring and traceability of welds. 
  • Greater Flexibility: Automated systems can be programmed to weld a variety of parts and geometries, increasing flexibility in manufacturing.