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3 Effective Ways to Reduce Welding Rework

Rework in welding is a massive productivity killer—tripling labor, wasting material, and slowing down production. While there are many causes, three simple fixes can drastically reduce rework: stop overwelding, use properly qualified welding procedures, and maintain your equipment. In this post, we dive into how these small changes yield big results—lowering costs, improving quality, and increasing efficiency across the shop. If you're tired of grinding out the same welds twice, this is the post for you.

welding procedure development
Welding Procedure Development: Qualification

This blog post concludes a series on developing welding procedures by discussing the crucial topic of qualification. Qualification involves performing both destructive and non-destructive tests to ensure a procedure can produce sound welds, typically following the requirements of specific codes like AWS D1.1. An alternative to this rigorous testing is prequalification, which allows the user to forgo testing if all the requirements of the applicable code's prequalification clause are met. Regardless of the method, the document emphasizes the importance of verifying and documenting the suitability of all developed welding procedures for future reference and quality assurance.

Welding Procedure Development
Welding Procedure Development: Selecting Welding Parameters

Amperage, voltage, travel speed, and other key variables are crucial for creating a robust welding procedure that ensures sound and high-quality welds.Blog Post Summary This blog post explains the importance of key welding parameters when developing a welding procedure specification. It details how amperage (current) directly influences weld penetration and productivity, while voltage primarily affects bead shape and width. The post also highlights that travel speed is critical, as it impacts weld size, heat input, penetration, and overall weld quality. Additionally, it covers the significance of travel and transverse angles, noting their effects on weld shape and potential for defects. Finally, the post emphasizes the often overlooked but critical role of Contact Tip to Work Distance (CTTWD), explaining how it can drastically alter amperage and potentially lead to a non-compliant or defective weld if not properly controlled.

welding procedure assumptions short circuit globular pulse
Welding Procedure Development: Selecting the right welding process

Selecting the right welding process is a foundational step in developing a welding procedure that balances quality, productivity, and cost. This article explains why the highest deposition rate process is not always the best choice and how real-world constraints—such as available equipment, joint type, welding position, environment, and welder skill—shape process selection. It also examines productivity in terms of deposition rate, cleanup requirements, and electrode efficiency, rather than speed alone. By introducing return on investment as a decision factor, the article highlights when investing in new welding equipment may be justified. Understanding these considerations helps ensure the selected welding process supports both production goals and long-term weld quality.