Question
3-year-old Machine Original price $200,000 Sold for; OR $40,000 Upgrade for $80,000 Annual operating & Maintenance cost $100,000 Salvage value in 3 years $30,000 If
3-year-old Machine
Original price | $200,000 |
Sold for; OR | $40,000 |
Upgrade for | $80,000 |
Annual operating & Maintenance cost | $100,000 |
Salvage value in 3 years | $30,000 |
If upgrade, the machine can use for 3 more years only, then replaced with a new machine.
The replacement machine
Cost | $200,000 |
Shipping and handling charges | $20,000 |
Lifetime | 8 Years |
Salvage Value(Year 1-4) | $40,000 |
Salvage Value(Year 5) | $20,000 |
Salvage Value(After Year 5) | $10,000 |
Annual operating & Maintenance cost | $65,000 |
(Original)
A 3-year-old machine purchased by the company for $200,000 is getting old and unable to meet todays market demands. The machine can be upgraded now for $80,000 or sold for $40,000. The current machine will have an annual operating and maintenance (O&M) cost of $100,000 and a $30,000 salvage value in 3 years. If upgraded, the old machine will be retained for only 3 more years, then replaced with a new machine.
The replacement machine, which can serve the company now and for at least 8 years, costs $200,000. In addition, there are shipping and handling charges of $20,000. Its salvage value will be $40,000 for years 1 through 4; $20,000 after 5 years; and $10,000 thereafter. It will have an annual operating and maintenance cost of $65,000 per year.
Company wants to perform an economic analysis at 15% per year using a 3-year planning horizon.
Should the company replace the old machine now, or do it 3 years from now? Show detailed steps of your replacement analysis.
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