The global stud welding equipment market is experiencing sustained growth, driven by rising infrastructure investment, increased manufacturing automation and demand for high-strength fastening solutions across multiple industries.

At Taylor Studwelding, we enter the year with a clear focus: continuing to lead the stud welding industry through engineering expertise, innovation, and British manufacturing excellence - supporting customers across the UK and international markets.

This expanded A–Z guide of Stud Welding gives you a detailed breakdown of the processes, terminology, equipment and advantages.

Automation is transforming every corner of modern manufacturing and stud welding is no exception. From automotive production lines to large-scale construction and fabrication, stud welding automation is being used extensively.

We’re proud to announce the launch of our latest innovation: the i22 Drawn Arc Stud Welding Controller

We know that a good weld isn't just about joining two materials together; it's about doing so in a way that guarantees performance under pressure, consistency over time, and reliability in every application. But what exactly defines a good weld?

In this guide, we’ll break down everything you need to know to get started with stud welding - from how it works and what equipment you need, to choosing the right machine and materials for your application.

At Taylor Studwelding we are committed to continuous R&D and investment into new equipment design to retain our title as the UK’s leading stud welding equipment manufacturer. Find out how our investment into modern inverter technology is helping us to outperform machines using traditional transformer rectifiers.

One of stud welding's most important applications is in insulation attachment, where it provides a fast and strong attachment

There are many different types of welding, some modern and some traditional.

Arc welding is a process that entails using concentrated heat generated by an electric arc to weld metals together.