In: Operations Management
Assembly Line Equipment
Your Company makes five types of metal casings for laptops, and you are in the process of replacing your current equipment with state-of-the-art stamping machines (the RoboI, RoboII, and RoboIII). The machines cost $18,500, $25,000, and $35,000 respectively. Once you program each machine, it can stamp the following number of each type of casing per hour:
Casings Stamped per hour |
|||||
Machines |
Type1 |
Type2 |
Type3 |
Type4 |
Type5 |
I |
100 |
130 |
140 |
210 |
80 |
II |
265 |
235 |
170 |
220 |
120 |
III |
200 |
160 |
260 |
180 |
220 |
You have the following hourly production demands for each type of casing:
Type1 |
Type2 |
Type3 |
Type4 |
Type5 |
|
ProdGoal |
3200 |
2500 |
3500 |
3000 |
2500 |
In order to most efficiently meet your production needs, how many of each type of machine should you buy, and what is the total cost?
Please show and explain using solver
Below is the screenshot of the LP table -
Below is the screenshot of the formula applied -
Below is the screenshot of the solver -
Below is the screenshot of the result -
From above -
Machine 1 = 8
Machine 2 = 5
Machine 3 = 6
Total Cost = 483000