That's a great call out. Certainly both step 2 and 3 at different points are the slowest steps and definitely where I've called out waste building up in the video would indicate step 2 being the bottleneck (at 1:36). If we improve step 3 we still must fix step 2 or no benefit will be seen.
It is unusual for an inventory level to be zero whether it is Push or Pull. The right level inventory has to be determined by the organization. Push systems are generally more likely to have a 'hidden factory' where scrap and other inventory builds up without a lot of oversight or acknowledgement.
Wow … Excellent video with best simulation of real time situation 👍🏼👍🏼👍🏼
Great visual example 👍
This is a very good video. I'm going to use this with my team as a very good visual example of pull. Thank you for creating this.
Thanks Matthew!
Thank you! Now I finally understand what it's about!
it is the best visual example I have ever see.
Thank you, and it is very easy to do during a training. You just need 5 people and a rope!
Nicely explained....love from India
Hi! Thanks for the video, i´m a little new in this. At 1:36, shouldnt the bootleneck be the step 2? it´s seems to be the slower process
That's a great call out. Certainly both step 2 and 3 at different points are the slowest steps and definitely where I've called out waste building up in the video would indicate step 2 being the bottleneck (at 1:36). If we improve step 3 we still must fix step 2 or no benefit will be seen.
@@BeautifulOpportunities Thank you for your reply ;) and keep the good work.
In PUSH system, inventory level is zero which is kind of ideal, isn't it?
It is unusual for an inventory level to be zero whether it is Push or Pull. The right level inventory has to be determined by the organization. Push systems are generally more likely to have a 'hidden factory' where scrap and other inventory builds up without a lot of oversight or acknowledgement.