ADI troubleshoots issues with vibratory feeding equipment. In this video we discuss the weight of the bowl and the addition (or subtraction) of springs.
I miss it... almost 50 years ago, I was adjusting springs every day. About 40 years ago, I was freed from spring adjustment after I modified an inverter for a motor and started using it as a parts feeder controller! At that time, Citizen Watch used a cast aluminum bowl, which was very difficult to process with a milling machine because it burned on the blade. After they changed to SUS304 bowls, the parts feeder manufacturing changed completely. We still have a large inventory of springs from various manufacturers... 懐かしいなぁ、50年近く前はバネ調整の毎日だった 40年程前、モーター用のインバーターを改造してパーツフィーダーのコントローラーとして使用し始めてから、バネ調整から解放されました 当時、シチズン時計はアルミの鋳物ボウルを使っていて、フライスで加工すると刃物に焼き付いて大変でした SUS304ボウルに変更されてからパーツフィーダーの作りが一変しましたね 今でも大量に各メーカーのバネの在庫があり・・・
Hi, this is Shahab, who is interested in your projects. I'm designing a vibratory bowl feeder for my project. Since there is no professional person in this field based on my location, I was wondering if I could have your advice about my design and if you share with me Your professional experience as an engineer in this field. I need your help thank you so much. Some questions include the material of springs and their thickness.
