The earliest forms of welding, dating as far back as 1,800 BCE, forged basic bronze and irons into various weapons and tools. Over the centuries, more sophisticated uses of metal developed, such as the pattern welding used to make Damascus steel and Japanese swords. When electricity was harnessed in the 1800s, resistance-welding technology was quick Read More…

Throughout manufacturing history, many methods of fastening one component to another have been implemented, ranging from the most rudimentary nails to the most advanced industrial adhesives. The best fastening systems in any given situation depend on several factors, such as materials, dimensions, function, and finish. When it comes to fastening steel, aluminum, copper, bronze, and Read More…

There are many tools and types of equipment we use daily that are built with stud welding processes. From the cars we drive to the appliances we use in our kitchens, stud welding operations are frequently called on for efficient, strong fasteners throughout various industries. The prevalence of stud welding being used for various fastening Read More…

Compared to many other manufacturing operations, stud welding is a relatively young technology. The first uses of stud welding didn’t occur until after World War I in the early 1900s. Early stud welding was used in composite construction to fasten wood to steel beams in the shipbuilding industry. Today, stud welding is still used in Read More…

Different types of stud welding operations each have its own range of applications in a broad scope of industries. Not only has drawn arc stud welding been used for shipbuilding since the early 1900s, it’s also used today for automotive production, bridge and other infrastructure construction, multi-story buildings, construction equipment, and many other manufacturing industries. Read More…

While general welding dates back to the Bronze Age, the history of stud welding is much more recent. The first stud welding operations were developed in the early 1900s in the shipbuilding industry. Those early operations were rudimentary compared to the capabilities of stud welding today. Modern stud welding can be done manually on a Read More…

Northland Fastening Systems started in 1987 with the goal of bringing stud welding into the future and committing to excellence in service and products. Over the past 30 years, we’ve seen many changes in the stud welding industry, from new products and technologies to differences in the market itself. Today, stud welding is used across Read More…

Capacitor discharge (CD) stud welding has a broad range of applications from the installation of insulation with CD pins to the construction of electrical cabinets with larger diameter CD studs. CD stud welding and other types of stud welding are valued for the powerful connections they form; the quickness of each operation; and the clean, Read More…

Since its invention in the early 1900s, stud welding has proven to be an exceptionally useful tool for a wide range of industries. From construction to electronics, stud welding offers a fastening system that connects metals with strong, rapid, and clean operations. When applied correctly, stud welded connections are stronger than the stud and base Read More…

Welding with an electrically generated arcing current was first developed in the late 1800s by several British, Russian, and American inventors. In 1887, Russian inventor Nikolay Benardos presented the first arc welding system with a carbon electrode. The same year, another inventor, French Auguste de Méritens, also developed a carbon arc welder. Over the next Read More…