Rotary Vibrate Bowl Feeder Plastic Parts Two Lanes Vibrating
Feeding Machine
1 . Descriptions:
Bowl feeders are mechanical devices that play a crucial role in
manufacturing and automation processes. They accurately feed and
position parts or components, offering advantages in speed,
accuracy, and reliability. Compared to manual feeding, bowl feeders
have proven to be approximately twice as efficient, surpassing the
consistency of human operators. Mistakes, component oversight, and
operator fatigue can hinder efficiency in manual processes.
The efficiency of a bowl feeder relies heavily on the quality of
the components being fed. Incorrect tolerances can lead to jams and
decreased efficiency. However, when the components have the correct
shape, size, and weight, the bowl feeder consistently and
effectively sorts and orients them for as long as needed.
A typical vibratory feeder bowl consists of a base and a bowl
connected using springs or damping mechanisms. The bowl is designed
to vibrate at a specific frequency, generated by an electromagnetic
coil or a motor mounted on the base. These vibrations propel the
parts along tracks or grooves within the bowl, guiding them towards
the discharge point.
Vibratory feeder bowls find extensive applications in various
industries, including automotive, electronics, pharmaceuticals, and
food and beverage. They are used to feed and orient small parts
like screws, bolts, nuts, washers, electronic components, as well
as food items such as candy, nuts, and seeds. These devices offer
multiple advantages over traditional feeding methods, including
higher speed, greater accuracy, and reduced labor costs associated
with manual feeding or conveyor belts.
In summary, vibratory feeder bowls are essential components in
modern manufacturing and automation. They enhance efficiency,
minimize errors, and significantly increase overall productivity.
2 . Specifications:
| Product name | Vibratory Bowl Feeder |
| Material | Aluminum(AL7075), Stainless Steel(SUS304) or Based on Customers'
Requirements |
| Controller | CUH,Sanki,Sinfonia,REO,Afag |
| Voltage | 220V 50HZ/110V 60Hz or Based on Customers' Requirements |
| Power | 300W/500W/1000W/1500W/2000W |
Package | Wooden Case Package |
| Speed | Based on Customers Requirements |
| Warranty | 2 Years |
| Certification | CE, ISO9001, ROHS |
| Lead Time | 3 Working Weeks |
3 . Vibratory Bowl Feeder Material:
The choice of material for feeders' part contact surface is crucial
for performance and durability. Cast iron and cast aluminum,
previously used but with limited durability due to friction, have
been replaced by 304 and 316 Stainless Steel. These stainless steel
options provide superior wear strength and long-lasting
performance.
Stainless steel is highly suitable for feeding projects in diverse
industries, ensuring durability for re-working and repairs, and
prolonging the lifespan of vibratory feeder components. This is
especially valuable in industries such as food and pharmaceuticals,
where cleanliness and reliability are of utmost importance.
For highly abrasive parts, additional protective measures can be
implemented. Coating the bowl feeder with polyurethane or Rhino
LINE-X liner coating offers effective protection. The LINE-X
coating, renowned for its strength and durability, is comparable to
coatings used to withstand extreme forces like tornadoes. Unlike
polyurethane, the nearly indestructible LINE-X coating has been
successfully applied to truck beds nationwide. Adding any coating
to the feeder provides an extra layer of wear protection. Even if
the parts wear through the coating, the stainless-steel sidewalls
and tracks remain intact. In such cases, the old coating can be
removed, the feeder can be sandblasted, and a new coating can be
applied.
Feeder manufacturers prioritize longevity and reliability by
utilizing stainless steel and incorporating additional protective
coatings when necessary. This ensures that the feeders can
withstand continuous use and deliver exceptional performance over
an extended period in various industrial settings.
4 . More Pictures:
