The roots of the art of welding can be followed all the way back to the Bronze Age over 2000 years ago. It wasn’t until the early 1800s that Englishman Edmund Davy used a battery to create an electric arc between a carbon electrodes. Within the century, other European innovators adapted the technology to create the first carbon arc welding machine by 1881. One of those men, Nikolai N. Bernados, secured patents and began to sell the machine. By the 1900s the carbon arc welder was a commonly used machine in both the United States and Europe.
Due to the diversity of capabilities and specifications available, research is a necessary first step when entering the world of welding machines. While many welders could be used to accomplish the same tasks time, portability, and available power sources play a major role in picking out the ideal welding machine for your operation. Professional welders will often have two to three different machines to accomplish what any job may call for. First, consider the location. If you will frequently be going to job sites to weld where there is not currently a welding machine, a flux cored arc welder is the best option. After simply locating the closest electrical outlet to plug into or starting its fuel-powered engine you are able to begin the material molding process. Conversely, if you are operating in one location and aiming for the optimal output and power a shielded metal arc welder may be a far more productive machine for you. For example, SMAWs are often utilized to mold steel beams for building construction en masse at steel factories.
Like most of the heavy equipment industry, there are different welding machines built to execute tasks with many variables. Welding machines can typically be found in 3 major categories with a handful features available. Most commonly seen is a shielded metal arc welder. The shielded metal arc welders (or SMAWs) use an electric current that jumps from the the welding stick to the metal being worked on. An SMAW is typically used to work on steel or iron on an industrial level. Gas metal arc welding (GMAW) has the ability to use 4 different types of energy-to-metal transfers: spray, pulsed spray, short-circuiting, or globular. Sometimes referred to as a Metal Inert Gas or MIG welder, this powerful, industrial level fusion facilitator requires a direct power source and continuous voltage. The most portable of the welding machine family by are the flux cored arc welders. These FCAWs are a substitute for traditional shield welding and allow their operators to transport them anywhere by requiring only an electrical power source or an easily started gas engine.
Welders from all around the world come together once every year in Atlanta, Georgia to participate in North America’s largest metal working conference. Named after its task of bringing to gather fabricating and technology, FABTECH features educational opportunities, networking events, world-class exhibits, and promises to provide the keys to welding successfully. You can also browse all the new models of welding machinesto explore and potentially purchase. The next FABTECH event will take place November 6-8 in 2018 at the Georgia World Congress Center.
While there are prominent brands producing new models of welding machines, many buyers are trending towards buying used machines instead. Used welding machines often help provide the same efficiency at a lower cost. These buyers are generally migrating towards sites like mascus.com where they can search an international database of used welding machines to make sure they get the perfect one for their needs. At the other side of equation individuals and businesses selling used welding machines are finding their matching buyers. They are able to easily get their used heavy equipment ad up in front of viewers with ease thanks to Mascus speedy registration process for selling.