The Different Types of Deburring Processes
Posted by Bill Wright on
Removing burrs from workpieces is something that many people don’t realize is such an important process during manufacturing. A burr can become a serious issue if left alone. For example, it can lead to warehouse injury or a defective product that isn’t up to standard. A burr is a common part of manufacturing, so it’s important to know about the different types of deburring processes.
Brush deburring utilizes a range of hard wire brushes that can be steel, brass, nylon, and other materials. These brushes also come in a range of sizes and shapes to deal with any type of burr. Many manufacturers in industries where precision is paramount prefer using brushes to deburr, as these offer more flexibility and variety.
Vibratory deburring is a process that uses fine vibratory movements to deburr and smooth out rough edges. Manufacturing companies that mass-produce plastics and metals utilize vibratory machines, as they can handle significant projects.
If you want a machine that can delicately handle burrs on a wide range of products, then you need the Mr. Deburr machine. This machine can help you cut costs by reducing the labor-intensive task of deburring. At AccuBrass, we provide a variety of Mr. Deburr finishing tanks to help you get the job done efficiently.
Manual deburring is a common type of deburring process that smaller manufacturers utilize. This process isn’t as common since it tends to be more labor intensive, requiring the advanced skills of experienced technicians. Moreover, the deburring occurs by hand, which also allows more room for human error. So some manufacturers may not take that risk if they make products that need as much precision as possible.
Water jet deburring gets rid of burrs by using a high-pressure jet to precisely remove rough edges. Jet deburring works best with softer metals and materials. Often, it can be a challenge for manufacturers to find a deburring process that’s consistent and precise. That’s why some favor this method for its accuracy and repeatability.
Share this post