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1.
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Vibrating Parts Feeders
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A
vibrating parts feeder consists of a bowl and a base unit. The base unit contains an
electromagnetic drive.
Within the bowl, parts are handled, moved, oriented,
and made ready for discharge.
Our bowls are custom-designed to handle small parts of
varying size, material, and shape.The use of vibratory parts
feeders will convert monotonous manual tasks into automated
operations that will dramatically decrease your operating costs
while increasing the speed and accuracy of any production line
requiring a continuous, single or multiple line feed of small
parts. Our vibratory parts feeders
are rugged and designed to provide extra long service with little
maintenance requirements due
to the absence of wearing mechanical parts. |
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2.
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Supply Hoppers and Flow
Switches
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Parts
feeders can be equipped with an independently mounted supply
hopper and flow switch. Supply hoppers are used to provide
bulk storage of parts to eliminate the need for frequent and
costly manual loading.They also control the rate of supply of
parts into the parts feeder bowl.
Flow switches automatically control the optimum level of parts
in the bowl at all times.
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3.
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Gravity Chutes
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Gravity chutes transport the oriented part from the bowl discharge
to the usage point. Photo eyes/proximity switches are generally
used to control the back-pressure of parts in the gravity chute
thereby preventing parts from jamming in the bowl.
Gravity chutes can also be equipped with an escapement device
which will release one part at a time upon signal.
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4.
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Vibra Drives/Inlines
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Vibra
Drives/Inlines provide an inexpensive, uncomplicated means of
applying directional vibratory conveying movement of parts along
cushioned horizontal tracks. |
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5.
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Vibrators
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Vibrators
are primarily applied to bins, hoppers, and chutes to keep bulk
materials and/or parts free flowing.
Several models and sizes are available in electromagnetic,
electromechanical, pneumatic, and hydraulic design. |
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Copyright © 2000 Pollex Enterprises
Incorporated. All rights reserved.
Last updated: November 2000. |
