Repair fixes what broke. Reconditioning restores the machine to a known condition, whether or not each component had failed yet. The difference matters because they solve different problems, and choosing the cheap one repeatedly is how plants end up doing both.
The cost of getting this wrong varies enormously by sector. Fluke puts the hourly cost of downtime between roughly $36,000 in fast-moving consumer goods and $2.3 million in automotive, and 48% of manufacturers surveyed reported between six and ten downtime events a week. If your machine is a bottleneck, use your own number rather than an industry average.
Three Questions that Usually Settle It
Is the wear local or general? A single failed bearing on an otherwise sound machine is a repair. A machine where the bearings, seals, ways and drive are all at a similar age is a candidate for reconditioning, because fixing one will simply move the failure to the next component.
Is the machine still the right machine? Reconditioning is worth it when the machine still suits the work. If the plant has outgrown its capacity or the product has moved on, a rebuild buys years of the wrong capability.
What does the downtime cost? If the machine is a bottleneck, the calculation changes completely. Reconditioning during a planned shutdown may cost more in parts and less in total than a year of unplanned stoppages.
The Middle Path Is Often Right
Full reconditioning is not the only alternative to patching. Rebuilding one subsystem, the hydraulics, the press cylinders, a saw carriage, restores the part that is actually limiting the machine without the cost and downtime of a complete strip.
This is where knowing the wear parts pays off. A seal kit for a press cylinder, a set of contact rollers, a scoring unit rebuild: each is a defined job with a known parts list and a predictable outcome.
Send us the machine type, serial number, and what it is doing wrong. We can usually tell you what the subsystem rebuild involves and what the parts cost before you commit to anything larger.