Here is the cup.
https://www.schmalz.com/en-us/vacuum-technology-for-automation/vacuum-components/vacuum-suction-cups/bellows-suction-cups-round/bellows-suction-cups-fsga-1-5-folds-302818/10.01.06.00076/
The suction cups I planned for have a 11mm diameter.
Most likely this pump.
https://www.gastmfg.com/products/1423/1423-101q-g625
https://www.gastmfg.com/sites/default/files/2019-08/std243.pdf
I attached a reference image to show the orientation.
The suction cups will be mounted to holes/pockets drilled into the side of the disc. The holes will lead to a cross hole drilled on the bottom of the disc. The disc will rotate above a fixed plate with vacuum channels. When the cross hole is...
Hello,
We are designing a machine utilizing a vacuum suction cup disc for holding 32 glass vials rotating at 18.75rpm, with centripetal acceleration of 8.6 m/s^2. When the machine initially starts, there are no vials in the cups so they are all in free flow. Unfortunately we can't use check...
Below is a video link that accurately depicts what I'm tryin to do. This one shows magnetic couplings which I don't believe would work well for my application. My rotary index table and the carriers will be driven by separate servo motors.
https://www.youtube.com/watch?v=h0CNYh-eDBs
This...
Hello!
I'm working on a rotary index table for device assembly requiring the individual product carriers to rotate precisely via servo motor and multiple stations. Due to complexity of having a motor attached to each carrier, a coupling solution that can engage/disengage on the fly would be...
