Hartley​ Electronics, Inc., in​ Nashville, produces short runs of custom airwave scanners for the defense industry. You have been asked by the​ owner, Janet​ Hartley, to reduce inventory by introducing a kanban system. After several hours of​ analysis, you develop the following data for scanner connectors used in one work cell. How many kanbans do you need for this​ connector? Daily demand 1 comma 400 connectors Lead time 3 days Safety stock 1.00 day Kanban size 500 connectors Number of kanbans​ = nothing kanbans ​(round your response to the nearest whole​ number).

Respuesta :

Answer:

11.2 containers

Explanation:

The computation of the number of kanban connectors needed is given below:

= (Lead time demand + Safety stock) ÷ Container size

where,

Demand during Lead time demand is

= 1,400 units × 3 days

= 4,200 units

Container size = 500 connectors

Safety Stock is

= 1 day × 1,400 units

= 1,400 units

So, the number of kanban connectors needed is

= (4,200 units + 1,400 units) ÷ (500 units)

= 11.2 containers

We simply used the above formula

Number of kanban connectors needed is 11.2 containers

Given that,

  • Daily demand is 1,400 connectors.
  • Lead time is 3 days.
  • safety stock is 1 day.

According to the scenario, computation of the given data are as follows,

Number of kanban connectors needed = (Lead time demand + Safety stock) [tex]\div[/tex] Container size

By putting the value, we get

= [(1,400 [tex]\times[/tex] 3) + (1 [tex]\times[/tex] 1,400)] [tex]\div[/tex] (500)

= (4,200 + 1,400 ) [tex]\div[/tex] (500 )

=  11.2 containers

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