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Vibratory Finishing Equipment Is a Manufacturing Standard

Posted by Bill Wright on

vibratory finishing equipmentParts made through a machining process most likely will become burred. So those sharp edges need to be addressed or errors might occur during the assembly and operation process. That means the folks looking for vibratory finishing equipment are part of the largest manufacturing industry worldwide even if they do not know it.

Vibratory Finishing Equipment

U.S. manufacturers produce over 18 percent of the world’s goods. As an essential component of the gross domestic product it accounted for $2.33 trillion dollars or 11.6 percent of total economic output according to the Bureau of Economic Analysis. Manufactured goods are also half of all U.S. exports.

In other words, American manufacturers are world leaders in experience with finishing tools. Vibratory finishing equipment is a manufacturing staple component.

Quick Pick of Facts

Deburring machines are sold based on volumetric measurement of the tank. Select a tank to fit the biggest part or that can handle part volumes over enough time.

Polishing is the same process regardless of material deburred, but the media might be different. Type, size and shape, and abrasiveness level are all factors for media being used. Ceramic is the most commonly used media for steel and stainless steel. Plastic is usually used for aluminum and soft metals. Generally speaking the 70 percent rule should be followed. Media should be 70 percent of any hole or slot used. Abrasiveness is determined largely by the hardness of the material, amount of deburring, and type of finish wanted.

Compounds are liquid concentrates used during vibratory finishing. Their use needs to be properly managed in order to reduce the event of errors during the process. Improper use of compounds or not following procedure can result in maintenance issues for the machines. The type of compound depends upon the need. For example, general purpose compounds will not have rust inhibitors most likely.

The length of time for parts ran varies. Uniformity takes longer than edge break for example. So be prepared to have a little patience until the exact time is figured out. Aluminum parts might need a run time of 45 minutes to one hour, but stainless steel or carbon steel might require up to two hours as an example of range.

There is not hard set rule for amount of parts ran either. It depends largely on the parts being ran, and a heavy consideration needs to be paid to part on part contact times. Trial and error is going to be one of the main teachers for new vibratory finishing equipment.

Good To Go

Going forward in the search for vibratory finishing machines is completely dependent upon the individual need. It is worth understanding that it is prevalent in manufacturing and has been for some time. Anyone purchased from should have an adequate understanding of how to meet their customers’ needs, and as such the best option might be to contact a dealer directly in order for a live conversation.

After all, 89 percent of manufacturers are leaving jobs unfilled due to the inability to find qualified applicants. This skill gaps could leave 2.4 million vacant positions between 2018 and 2028. That is $454 billion of 2028 revenue no one wants to miss out on because they don’t have someone to run their equipment. Keep up to date with vibratory finishing equipment needs.

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