One of the First Steps in Automated Processing

Almost all automated processes will utilize some sort of parts feeder, but in order to correctly implement one, it is important to know the major differences.

 

 

Parts Feeders: The Basics

From nuts, bolts, and springs to detergent caps and food products, parts feeders are an integral part of a successful automated process.  Generally, feeder systems are measured by output rate, final part orientation, and system size (equates to floorspace).  Vibratory feeders specialize in assembly processes and output rates up to and sometimes above 200 parts per minute, where centrifugal feeders are typically implemented in packaging applications and operate around 200-1600 parts per minute.  Flex feeders and other specialty feeders fill in the gaps and vary greatly in output rate depending on neighboring equipment and part characteristics.

Parts feeding describes just one of the endless number of specific processes required to automate the assembly and packaging of the goods consumers enjoy every day.  For robots and pick and place mechanism to effectively assemble widgets, the parts must be presented reliably and undamaged.  As production output and quotas increase, there is more and more emphasis on the functionality of these parts feeders, which is why it is crucial to optimize each parts feeder in its assigned role.

nullWHITEPAPER: Introduction to Parts Feeders

Parts Feeders: A branch of automation equipment that takes in bulk, randomly oriented pieces to be assembled or packaged (parts), and gently manipulates them at a pre-determined rate to achieve a consistent feed of similarly or identically oriented parts.

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