Question: Inputs Solver - Inventory Systems Designer Enter data in yellow shaded areas. Periods used in calculations Lead Time (Days) Cycle-Service Level (enter as decimal or
| Inputs | |||||||||
| Solver - Inventory Systems Designer | |||||||||
| Enter data in yellow shaded areas. | |||||||||
| Periods used in calculations | | ||||||||
| Lead Time (Days) | |||||||||
| Cycle-Service Level (enter as decimal or with % sign) | |||||||||
| Demand per Day | |||||||||
| Demand During Lead Time | 0 | | |||||||
| Standard Deviation of Demand/Day | |||||||||
| Std Dev of Demand During Lead Time | 0 | | |||||||
| Working days per year | |||||||||
| Holding Cost | | ||||||||
| Unit Cost | Not Requred | ||||||||
| % of Unit Cost for Holding Cost | Not Requred | ||||||||
| Order Cost | |||||||||
| Economic Order Quantity | #DIV/0! | | |||||||
A community hospital in Southeast Ohio consumes 1,000 boxes of bandages per week. The price of bandages is $35 per box, and the hospital operates 52 weeks per year. The ordering cost is $15, and the cost of holding one box is 15% of the price of the material. The lead time to receive materials is 2 weeks.
CERTAIN DEMAND (SET STANDARD DEVIATION TO 0)
- Currently, the hospital orders bandages in lot sizes of 900 boxes for total costs of $3,229.16.
- Calculate the EOQ quantity using OM explorer. Enter 50% for cycle-service level on Inputs tab. What is the EOQ quantity? (see Inputs tab)
- What are the costs for this EOQ quantity? (see Results tab)
- How much money could the hospital save by using the EOQ quantity instead of the lot size of 900?
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