Great question! To achieve 500 parts per minute (ppm) in such a small footprint, the feeder needs to be incredibly efficient. The prefeeder needs to be consistent, delivering the right amount of product to the feeder, preventing jams and maximizing output. Additionally, we're continuously looking for opportunities for improvement. One enhancement we've made over the last few years is in the hand-off between the prefeeder and centrifugal feeder. We've reduced the size of the feeder to save space and maximize manufacturing efficiency.
What was the trickiest part of the design?
Great question! To achieve 500 parts per minute (ppm) in such a small footprint, the feeder needs to be incredibly efficient. The prefeeder needs to be consistent, delivering the right amount of product to the feeder, preventing jams and maximizing output. Additionally, we're continuously looking for opportunities for improvement. One enhancement we've made over the last few years is in the hand-off between the prefeeder and centrifugal feeder. We've reduced the size of the feeder to save space and maximize manufacturing efficiency.