The annual demand of an appliance company is 8000 units. The production capacity is 200 units per day. Each time production starts, it costs the company $120 to move materials into place, reset the assembly line, and clean the equipment. The holding cost of a refrigerator is $50 per year. The current production plan calls for 400 refrigerators to be produced in each production run. Assume 250 working days per year. a) Compute the daily demand of this product. b) If the company were to continue to produce 400 units each time production starts, how many days would production continue? c) How many production runs per year would be required? What would the annual cost be? d) how many refrigerators would be in the inventory when production stops? What would be the average inventory level in this case? e) If the company produced 400 refrigerators at a time, what would the total annual set up cost and holding cost be?

Answer and Explanation:

The calculations and computations as per the question requirement are given below

a. Daily demand for this product is

Daily demand = Annual demand ÷ Working days per year

= 8,000 ÷ 250

= 32 units

b. The calculation of the number of days for continuing the production is

= current production plan calls ÷ production capacity

= 400 ÷ 200

= 2 days

c. The production runs per year required is

Number of production runs per year = Annual demand ÷ Production quantity

= 8,000 ÷ 400

= 20

d. In the case of production stops, the number of refrigerators and the average inventory is

But processing this first we have to find out the maximum inventory level which is

= Q × (1 - d ÷ p)

As

Q represents Production quantity

d represents daily demand

p represents production capacity

Therefore, the maximum inventory level is

= 400 × (1 - 32 ÷ 300)

= 400 × (1 - 0.16)

= 400 × 0.84

= 336 refrigerators

Hence, the average inventory is

= Maximyum inventory ÷ 2

= 336 refrigerators ÷ 2

= 168 refrigerators

e. The total annual set up cost and holding cost is

But before this, we need to compute it individually

Annual set up cost = Number of production runs per year × Set up cost

= 20 × $120

= $2,400

Annual holding cost = Average inventory level × Holding cost

= 168 × $50

= $8,400

Total annual set up cost and holding cost is

= $2,400 + $8,400

= $10,800

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answer; niosh, the national institute for occupational safety and health;