Vibratory bowl feeders are a type of industrial machinery or equipment that is generally found in industrial production environments. They are the most versatile and widely used parts-feeding systems for assembly line production. Resilient and efficient, the self-contained mechanical devices have been in use since the mid-20th century.
What is a Vibratory Bowl Feeder?
Bowl feeders work by aligning small parts and components and feeding them into a production line for further packaging or processing. When correctly installed, the feeder bowls are an essential component of manufacturing automation, sorting and orienting bulk parts far more rapidly than a line operator, reducing labor costs and increasing accuracy. Regarding handling and sorting bulk products for further processing and packaging lines, the vibratory bowl feeder remains a reliable solution that significantly improves production line efficiency.
The self-contained systems comprise a bowl feeder specifically tooled to orient components on a vibrating drive unit. The feeder consists of the bowl mounted on a spring-loaded base. The springs are designed to constrain the bowl’s movement vertically when activated. The components and parts move along an inclined track to the edge of the bowl. How the bowl is tooled orients the components into the required position for processing. If the parts are misaligned, they are pushed to the center of the bowl, where they cycle through and travel up the track again for orienting.
How They Work
As the name suggests, a vibratory bowl feeder is a mechanical device that utilizes vibration to align and feed small parts in production lines. The use of electromagnets creates vibrations. The unit converts electromagnetically produced vibrations into mechanical vibrations. The mechanical vibrations are harnessed and then transferred to the bowl’s conveying track, which moves the components along the track of the bowl feeder to feed them into the production line.
A magnetic coil is fixed beneath the spring-mounted bowl. The coil is then magnetized through an external power source to create an electromagnetic actuation, i.e., vibration. Once the bowl’s actuation begins, it is constrained to limit vertical movement because of how it’s mounted to the springs. Generally, 1 to 6 electromagnets are placed under the feeder base. Once the electromagnetic vibrations are converted to mechanical ones, the vibrations move the components and parts in the bowl feeder onto the bowl conveying tracks for production.
Bowl Feeder Application Examples
One good example of a vibratory bowl feeder application is EAM’s vial and tube capping machines. The automated systems are designed to handle small polypropylene screw-on cap microcentrifuge tubes and vials. The caps and vials are fed from vibratory bowls at approximately 80 parts per minute. The system can also be easily modified to handle like products.
Another application for bowl feeders is in pill bottling systems. Large batches of pills or capsules can be dispensed into the vibratory bowl feeder for counting and bottling. A large batch of pills is dumped into the top of the vibratory feeder. The vibration in the vibratory feeder ensures that pills keep moving toward the exit into the bottle one by one without becoming congested.
Vibratory bowl feeders offer industries a cost-effective automated system of production that increases efficiency while reducing production costs. If you have questions about how your manufacturing process could benefit from automation, contact the experts at EAM, Inc. today.
