Sheet metal is a massive business comprised of many warehouses and manufacturers that create sheet metal for various reasons. We use sheet metal for nearly every major appliance you could possibly think of.

For example, we use sheet metal for automobiles, airplane parts, cans, and architecture. Therefore, deburring sheet metal is crucial. Some businesses that require this metal rely heavily on precision and safety, which is why you should know about this process.

Types of sheet metal

Due to the many businesses that require this material, a wide range of sheet metal types exist. The main types of sheet metal include alloy, galvanized, stainless, carbon, tool, and aluminum. As such, not all sheet metal is the same to work with, as it can exist for different purposes.

However, regardless of the types of metal businesses use, one thing remains true.

That truth is the inevitability of burrs.

Removing burrs

A burr can result in a faulty product that isn’t viable and is a risk to warehouse workers all around. It helps to think about burrs as a defective puzzle piece.

That one puzzle piece could ruin the entire puzzle, making you unable to complete it.

The appearance of burrs is a matter of “when,” not “if,” which means they require manufacturers to have a mechanism in place to remove them. Moreover, during the sheet metal deburring process, you should know that different types of burrs require different removal methods.

Different methods

The beauty in removing burrs is the fact that there are several removal methods to choose from. However, each approach has pros and cons, so the choice mostly depends on the sheet metal business one is in.

Manufacturing warehouses may use one or a variety of methods to remove burrs.

These include vibratory finishing, punch, electromechanical, thermal energy, and brushing. Keep in mind that the techniques above are automatic processes that help reduce the possibility of errors during the deburring process.