Vibratory feeders have been pivotal to a lot of industries due to their associated functionality. They maximise vibration and gravity in feeding the materials towards a machine. They can likewise feed the materials for further processing, ensuring that they can be useful for other applications.
As previously stated, vibratory feeders are maximised by industries thanks to their feeding abilities. And despite the primary advances in technology, businesses still use vibratory feeders to align and feed electronic parts, chemicals, food products, glass vials, pharmaceuticals, and others. Businesses likewise integrate vibratory feeders into their automated production lines and assembly systems.
One thing, however, that businesses should often monitor when using vibratory feeders is their performance since they are still prone to unexpected failures. The following are some common reasons why some vibratory feeders fail to operate optimally.
Vibratory feeders must work on even and solid floor areas. And with this specific type of floor area, they can easily feed the materials towards their intended destinations. Placing the vibratory feeders on uneven, unlevelled, or cracked floor areas, alternatively, will only affect their operations. Once the vibratory feeders are placed on an uneven floor area, the frequencies produce cannot resonate through their support structure and be absorbed by the floor.
As their name implies, vibratory feeders work heavily through the production of powerful vibration. Since they are already known for their production of vibration, businesses should take some steps to control the vibration frequencies of the vibratory feeders. Some vibratory feeders may be anchored solidly to the ground, while others may have to be fitted with standard levelling feet for efficient transfer of vibration. Without proper vibration dampening, they will only affect the performance of neighbouring machines, which can likewise lead to their imminent failure.
Vibratory feeders can only operate optimally if they process the same parts and components. Having some changes in the specifications of the parts and components might pose negative effects to the feeders as they are not meant to feed them. Dirty parts can likewise affect their performance, especially if they are still coated with mould, lubricants, and other elements. Knowing the state and condition of the parts being processed can help avoid the failure of vibratory feeders.
One more reason why vibratory feeders might fail is due to wrong upkeep and maintenance. Some businesses may truly need vibratory feeders on their processes. However, if something is wrong with the equipment pieces, they might think of repairing their components without any professional help. As the DIY repair is being carried out, their vibratory feeders might have some parts that are being damaged along the way. To ensure vibratory feeders will be maintained optimally, businesses should always consult with professionals so they will know what to do in the future.
To know more about vibratory feeders, you can call us at Hawk Machinery.
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