Hi @robbymrodrigez, thanks! The geometry of this part is a bit more complex, which creates more opportunities for acceptance or rejection at the tooling points. In this case, the customer was focused on orientation and requested a rate of just 5 PPM (parts per minute), allowing us to run at a slower speed with fewer rejection points. We can adjust output rates for different products by modifying things like bowl size, tooling, speed, and more.
Pretty cool seeing how many different positions you have to eliminate, but the throughput seems rather low? Is that unreasonable?
Hi @robbymrodrigez, thanks! The geometry of this part is a bit more complex, which creates more opportunities for acceptance or rejection at the tooling points. In this case, the customer was focused on orientation and requested a rate of just 5 PPM (parts per minute), allowing us to run at a slower speed with fewer rejection points. We can adjust output rates for different products by modifying things like bowl size, tooling, speed, and more.