A Deburring Machine can Provide an Edge in Manufacturing

In some ways an overview of the manufacturing outlook for the current year doesn’t seem that different from other industries. People and businesses in all sectors are being asked to do things faster, more efficiently and cheaper. It’s a model reliant on the proactivity and resilience of people and suppliers and where a reactive approach could create a negative ripple effect. 

Today’s playbook is multifaceted and demanding with manufacturers always thinking about how to diversify the supply chain and how to focus on value by streamlining processes wherever possible. 

Several industries use deburring to make machining processes quicker and more consistent. Although deburring is a definitive practice championed by the manufacturing, automotive, aerospace, and defense agencies, you might be wondering how often deburring is used, and if hand deburring could be a better choice than investing in a dedicated machine.

While hand-deburring is still a time-honored practice, the fact remains that even if an individual is great at their job 99% of the time, that individual cannot provide the consistency or speed that a dedicated machine can provide. Deburring by hand is a skill and an art. 

A dedicated deburring machine for highly specialized processes can help manufacturers achieve product consistency, safety and limit downtime. It can also be customized for specific needs and be stationary or portable.

A portable deburring option uses casters or a cart to move the machine when and where it is needed. Portability can be a smart choice for shops that use lathes or CNC mills. A portable deburring machine is a dependable finishing step after cutting parts using a lathe or mill. When not in use, the portable machine can be rolled away until it’s ready to be used again.

Organizations with higher production requirements often need a more permanent solution such as a magnetic deburring machine with an inline, thorough-feed process. This is a smart choice for flat parts that could receive help from deburring on both sides. Such a way can be a good fit for parts up to 4 inches thick and six inches in diameter.

A magnetic element keeps parts in alignment, allowing the brushes to pass over the parts to produce consistent and efficient operations. The integration of a cooling system also helps prolong brush life by keeping temperatures regulated. 

As more sectors look to speed up operations with artificial intelligence and machine learning, they can consider parallel-axis machines that can manage storage and recall for hundreds of part

profiles. Time can be further maximized with a zero-set-up changeover system to reduce the time spent changing from one part to another.

To learn more about the many ways deburring machines can create a safe, flexible and efficient manufacturing ecosystem, contact the Cleveland Deburring Machine Company and speak to one of our experts.