Relocating a machine often seems like a cheaper solution than buying a new one. Companies compare the cost of relocation with the price of new equipment and make their decision based on that. But that’s not enough. The right question, therefore, isn’t which option is cheaper right now. What’s more important is which solution will be better for the company in the years to come, both financially and operationally.
Why Comparing Two Prices Isn’t Enough
There are two quotes on the table: one for relocating a machine, the other for a new one. On paper, relocation almost always seems like the cheaper option. But transportation alone is usually just part of the whole process. Before the move, the machine must be technically assessed, safely disconnected, disassembled, prepared for handling, loaded, and transported. In the new facility, it’s not enough to simply place it in position. It must be set up, leveled, reconnected, inspected, possibly revised, calibrated, and tested in operation. It is precisely in these steps that costs often arise that are missing from the initial calculation.
Even the price of a new machine doesn’t tell the whole story. New equipment may have a longer service life, higher performance, and lower operating costs, but the company must factor in delivery time, installation, facility modifications, and staff training. The decision must therefore be based on total costs, not just the initial price quoted.
CoWhat Actually Goes Into the Cost of Relocation
Therefore, a comprehensive relocation calculation primarily includes:
- machine preparation, disassembly, loading, transport, unloading, and manipulation in the new hall,
- assembly, positioning, leveling, wiring, inspection, calibration, test operation, and production downtime.
Downtime is most often underestimated. When a machine is not producing, the company loses more than just time. It often loses capacity, orders, or its competitive edge with customers. Furthermore, for more complex technologies, calibration, testing, and a longer ramp-up period constitute a significant portion of the total relocation cost. That is why it is better to treat relocation as a project, not as a one-time transport. It is precisely this difference in perspective that often determines whether the move is truly worthwhile.
Case Study: When Relocation Makes Sense
Let’s imagine a company that owns a machine whose new equivalent costs 8 million CZK. The existing equipment is in good technical condition, has a service history, spare parts are available, and its performance will continue to meet the company’s needs for several more years. An estimate of the total relocation costs might look like this:
| Item | Estimated Cost |
|---|---|
| Dismantling and preparation of the machine | 120 000 CZK |
| Loading, transport, and unloading | 180 000 CZK |
| Handling in the new facility | 90 000 CZK |
| Assembly, positioning, and leveling | 160 000 CZK |
| Wiring, inspection, and calibration | 180 000 CZK |
| Test run | 70 000 CZK |
| Production downtime | 300 000 CZK |
| Total | 1 100 000 CZK |
Even after factoring in downtime and startup costs, relocation is significantly cheaper than buying a new machine. The company pays not only for transportation, but even after accounting for installation, calibration, and shutdown, the total cost remains well below the price of a new machine. If the equipment continues to meet production requirements, relocation may be a more sensible option than an immediate investment in new technology. However, the same calculation can yield a completely different result if the machine is prone to breakdowns, has undergone costly repairs, or is nearing the end of its service life.
When Relocating a Machine Is Worth It
Relocation works best for machines in good technical condition, with service support available and several more years of operation ahead of them. This is most often the case with more expensive industrial machines, such as machining centers, presses, production lines, or specialized equipment. It is important that the move not be merely a postponement of a larger investment. If the machine still has several years of reliable operation ahead of it, spare parts are available, and the company continues to count on its performance, relocation may be justifiable. This does not apply to equipment that would need to be replaced in a year or two anyway.
Furthermore, the technical condition cannot be assessed solely based on the fact that the machine is running today. The handling involved in relocation puts a strain on the structure, anchoring, and precision of the equipment. It can reveal weak points that have not yet become apparent during normal operation. Therefore, it makes sense to review the service history, failure rate, availability of parts, disassembly requirements, and the possibilities for reinstallation in the new facility before making a decision.
When Is It Better to Buy a New Machine
Once existing equipment limits capacity, increases costs, or raises the risk of breakdowns, moving it is no longer a viable solution. Expansion is also a strong argument for a new machine. When a company moves production to new facilities due to growth, this may be the ideal time to modernize its technology. While moving an old machine may save money in the short term, it can also prolong the operation of equipment that no longer meets future needs.
Relocating a Machine vs. Buying a New Machine
| Factor | Relocating a machine | Buying a new machine |
|---|---|---|
| Implementation costs | Usually lower | Higher |
| Risk of downtime | Moderate to higher | Depends on delivery and installation |
| Lifespan of the solution | Shorter | Longer |
| Performance and efficiency | Same as before | Potentially higher |
| Service risk | Higher for older machines | Lower |
| Speed of solution | Often faster | Depends on delivery time |
| Return on investment | Quick, if the machine is in good condition | Longer, but strategic |
| Suitable for expansion | Yes, if the machine has sufficient capacity | Yes, if the company wants to modernize production |
JA Simple Decision-Making Framework
Before making a final decision, it makes sense to consider at least two basic questions:
- Is the machine in good technical condition, does it have a service history, will it perform adequately for another five years, and are spare parts available for it?
- Are the total costs of the relocation significantly lower than the price of a new machine, and does the company have a Plan B in case commissioning is delayed after the move?
Two “yes” answers mean that the relocation makes both economic and operational sense. If the answer to any of these points is “no” or “I don’t know,” a technical assessment and a commissioning plan need to be developed. In such cases, it is wise to have a professional assessment conducted in advance.
What to Have Professionally Assessed in Advance
A preliminary professional assessment often prevents costly mistakes during the actual move. It helps determine whether the machine is even suitable for relocation, how complex the handling will be, and what factors might increase the overall cost of the operation. The contractor should assess in advance the machine’s dimensions and weight, the disassembly method, the condition of the equipment, access routes, manipulation options in the new facility, floor load capacity, availability of utility connections, and requirements for inspections or calibration. This allows the company to obtain not just a transport price, but a much more realistic estimate of the entire operation.
For an initial assessment, simply provide the machine type, approximate weight, dimensions, current and new locations, and the planned relocation date. This will help us quickly evaluate which risks need to be assessed, what could increase the cost of the relocation, and whether an on-site expert assessment is warranted.
Frequently Asked Questions (FAQ):
Is it worth moving an older industrial machine?
Yes, if it has a good maintenance history, spare parts are available, and its performance still meets production needs. For faulty or outdated equipment, it is best to first conduct a technical assessment to determine whether moving it makes sense.
What factors influence the cost of moving a machine?
Mainly the machine’s weight and dimensions, the method of anchoring, access routes, transport distance, the need for a crane or specialized equipment, assembly, wiring, inspection, calibration, and the duration of the production downtime.
When is it better to buy a new machine instead of relocating it?
When the original equipment is prone to breakdowns, energy-inefficient, lacks sufficient capacity, or spare parts are no longer available. Expansion into new production facilities is also often a good time to invest in a new machine.