Soundproof Vibration Bowl Feeder Rotary Plastic Connectors Bolt Vibrator Feeder

Soundproof Vibration Bowl Feeder Plastic Connectors Bolt Vibrator Feeder​

1 . Descriptions:

The Automatic Vibratory Bowl Feeder is essential auxiliary equipment used in automatic assembly machines. It arranges products in an orderly manner and can be seamlessly integrated with assembly equipment for complete product assembly. It is widely employed in industries such as electronics, hardware, plastic cement, pharmaceuticals, food, toys, stationery, and daily goods, playing a crucial role in industrial automation by meeting supply requirements. Besides arranging products, the Vibration Bowl Feeder is versatile and can perform sorting, testing, counting, and packaging tasks.

A typical setup consists of a specially designed bowl that orients parts in a desired direction. The bowl is mounted on a vibrating drive unit controlled by a variable-amplitude control box. An outfeed accumulation track, available in linear or gravity-based configurations, transports parts and guides them into the assembly machine. The drive unit, using electromagnetic or pneumatic mechanisms, generates vibrations that propel the parts along a circular and inclined track within the bowl. Customized tooling ensures consistent and reliable sorting and orientation. Once properly aligned, the parts move along the track and are transported to the assembly station. The dimensions of the track, including length, width, and depth, are carefully selected to suit specific applications, component shapes, and sizes. Coatings are applied to the bowl and track to improve traction, minimize product damage, and reduce noise levels. The vibration speed of the bowl feeder is controlled by a variable speed controller, and sensors regulate the part flow to the outfeed track.

2 . Specifications:

3 . Purpose Of Vibratory Bowl Feeders :

Vibratory bowl feeders are crucial in various industries for uninterrupted material feeding and synchronized machine connections, improving efficiency. They consist of a circular vibrator and a bowl, with the electromagnetic vibrator serving as the driving force to propel parts in different units. The vibrator, comprising active and reactive masses, operates at a natural frequency, responding to excitation from pulsing electromagnets and the resulting magnetic field.

These feeders have extensive applications across industries such as pharmaceuticals, automotive, electronics, cosmetics, food, packaging, plastics, glass, foundry, steel, construction, and metalworking. They provide a cost-effective alternative to manual labor, offering significant time and labor savings for manufacturers.

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