How to Get Started with Welding: A Beginner's Guide

How to Get Started with Welding: A Beginner's Guide

Posted by Peter Jacobs, Senior Director of Marketing at CNC Masters on Sep 24th 2021

How to Get Started with Welding: A Beginner's Guide


Welding techniques are employed in practically every industry, including construction, infrastructure development, transportation, agriculture, and engineering services. It makes welding a phenomenal skill to acquire as it empowers you to work in any industry.

The market for skilled, expert welders is red hot at the moment, so whether you want to enhance your DIY abilities or pursue a career, now is a fantastic time to get started. It is a sophisticated technique of manufacturing and production, but it may also offer you the career launchpad you need to follow a lifelong passion.

What is Welding?

Welding is a dynamic technique that employs intense heat to melt and fuse materials, most commonly metals. As opposed to lower heat metal-joining operations such as soldering and brazing, welding melts the base metals, resulting in a more solid structural system. Electricity, lasers, gas, electron beams, friction, and even ultrasound can be utilized to generate the intense temperatures required for welding.

What Are the Different Types of Welding?

There are numerous welding techniques and processes, but in this beginner's guide, you will get to know about the four prominent ones-

1. MIG Welding-

MIG welding or Gas Metal Arc Welding (GMAW) operates by establishing an electric circuit between the metal to be welded and an automatically fed, consumable electrode wire. The wire is then pulled away from the metal, forming an electric arc, and partially melts the metal and electrode wire, leading in a bead of molten metal that forms the weld. It is suited for various plate metals of varying thicknesses, making it adaptable enough for most home applications.

2. TIG Welding-

TIG welding, like MIG welding, operates by forming an electrical circuit between the metal and a non-consumable tungsten electrode. Helium and argon are popular shielding gases used to protect welds. TIG welding is a manually operated process that offers the welder more control because the electrode can be alloyed.

3. Stick Welding-

It is a traditional welding technique, a straightforward, easy to learn, and adaptable way to weld equipment. It is also referred to as shielded metal arc welding (SMAW). Stick welding makes use of an electric current and a fixed-length electrode coated with metal powders and mineral compounds. When the electrode gets deployed on the metal, the coating releases gases that shield the weld. It could be powered by AC, DC, or even a generator, which makes it ideal for remote regions.

4. Flux-Cored Arc Welding (FCAW)-

Flux-cored welding, like MIG welding, employs a continuously fed electrode. The distinction is that the electrode in FCAW has a flux core that holds the filler material. Because gases are released when it melts to form the shield, an external gas supply is not required. Because of its applicability for thicker, heavier metals, FCAW is used in construction processes frequently.

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Follow These Steps to Get Started with the Welding Process-

Regardless of the method used, the welding procedure usually goes through these stages.

1. Select a suitable welding method-

Before you start welding, you must analyze all the aspects of the project so that you can initiate the most precise, feasible welding technique to satisfy your objectives.

The crucial aspects that you must consider include-

  • The metal thickness, type, and size required to be welded.
  • The size of the actual welding job.
  • Whether the welding needs to take place outdoors or indoors.
  • What the weld should appear like when the operation gets finished.

2. Grab the appropriate welding equipment and accessories-

Start bylooking for a suitable welder itself. If you're just getting started with welding, the most expensive item will be the welder. Never fall for cheap welders, as they make acquiring new skills quite challenging.

Consider a multi-function welder rather than a discipline-specific welder to grow and practice your skills across various welding operations. A multi-function welder allows you to perform MIG-weld, TIG-weld, and stick-weld, all with a single device.

Other essential accessories include a welding helmet, safety goggles, leather gloves, welding apron, heat-resistant clothing, and work boots.

3. Preparing your weld-

Remove any oil, grease, or impurities from the metals to be welded. Acetone and a wire brush are extremely effective for this purpose. If necessary, cut your metal to size. Grind the metal edges where you intend to weld to provide structural stability and make room for the filler.

4. Follow precautions-

Ensure you have all of the essential safety gear, including a fire extinguisher, since electric sparks get generated throughout the process. Remember to put on the welding helmet, welding apron, and work boots.

5. Layering your weld-

Tack welding is the initial phase in the welding process. Here weld is made only along the metal edges to fuse them. The procedure is repeated to form a second layer and the final weld. To acquire the finest results, you must repeat in a smooth, fluid action. Allow the weld to cool after you've reached the end of it to complete the task.

6. Grinding your weld-

Grinding your weld lightly using a right-angle grinder will help to create a smooth surface finish. Don't try to apply too much pressure while grinding.


Welding is a highly sophisticated, skilled vocation that provides everyday variability, challenges, and a good wage. Welding touches practically every trade, including- construction, agriculture, education, engineering, industry, manufacturing, aerospace, military, maritime, business, and even sales. So there are ample opportunities out there, just learn the skill and get to the field.

Also, there is a whole new market formetal fabricating, so do some research to know more about this domain.

About the Author:

Peter Jacobs

Peter Jacobs is the Senior Director of Marketing atCNC Masters. He is actively involved in manufacturing processes and regularly contributes his insights for various blogs in CNC machining, 3D printing, rapid tooling, injection molding, metal casting, and manufacturing in general.