shop $2$ is: $300=2150$

Please scroll down to see the entire page. How many kanban cards or containers are needed in the machine shop$1?($Round it up to the next greater integer number$).$ Hint: D and T must be the same time unit $($e$.$g$.,$ hour, day$).$

Materials on the right have been updated $$

$4$

$5$

$3$

$6$

Submit

Information for Kanban

Machine Shop $1$

Information for Machine Shop $1$

$\backslash$table$[[\backslash$table$[[$Demand $($from Machine Shop $2)$ units per$],[$day$]],\backslash$table$[[$Machine$],[$Shop $1]]],[\backslash$table$[[$Average lead time for replenishment of$],[$one container per hour$]],0\mathrm{.}12],[$Safety factor,$0\mathrm{.}15],[$Container size,$300],[$Working hours per day I,$8]]$

$N=\frac{DT(1+x)}{C}$

where

$N=$ Total number of kanbans $($one kanban per container$)$

$D=$ Average usage rate of using work centre