Wicomico 3DeLight makes 3D printers for entrepreneurs. The business is open 275 days per year. It has been selling 8000 3D printers per year and can produce 100 per working day. Getting a production run started costs $150, and the holding cost for a 3D printer is $1400/printer/year. The manufacturing cost of each 3D printer is $500. Part a - What is the size of the optimal production run for the company? Part b – what is Wicomico 3DeLight’s total costs for the year, including the cost of the 3D printers?
Here
Number of days business run: 275
Printers produced per day: 100
No of printers sold: 8000
Starting cost: $150
Holding cost: $1400/printer/year
Manufacturing cost: $500.
a. Optimal production rum:
Where D is demand
S is production run started cost
H is holding or inventory cost
=41.4 = 42 units
Number of runs in an year: Uniits sold/Optimal production run
=4000/42 = 190.47 = 191
This is possible as business is open for 275 days.
b. Cost incurred:
Annual ordering and holding cost: C = D/Q*S + Q/2*H
where,
D is demand = 8000
Q is order quantity = 42 units
H is holding cost = $ 14000
S is production run started cost = $ 150
C = 8000/42*150 + 42/2*14000
C = 322571.42
Cost of manufacturing: Number of units * Manufacturing cost
= 8000*500 = $4000000
Total cost: Startup cost and holding cost + manufacturing cost = 322571.42 + 4000000 = $4322571.42
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