How do you factor maintenance costs into a TCO calculation for packaging?

Maintenance costs are incorporated into a TCO calculation for packaging by spreading them across the expected lifespan of the packaging unit and adding them to acquisition, storage, logistics, and disposal costs. This gives you an accurate total picture rather than focusing solely on the purchase price. This is particularly relevant for companies working with reusable industrial packaging such as flight cases, racks, or custom solutions. In this article, we walk through the key questions involved in a complete TCO calculation for packaging.

What cost categories fall under the maintenance of industrial packaging?

The maintenance of industrial packaging encompasses all costs incurred to keep a packaging unit in good condition throughout its period of use. This includes repairs after damage, periodic inspections, replacement of wear components such as locks, hinges, or foam interiors, cleaning, and any recertification required for regulated applications.

In practice, these costs are often underestimated or not factored into the initial purchasing decision at all. Yet they can add up significantly, especially for packaging used intensively in logistics chains. The most common maintenance cost items include:

• Mechanical repairs: restoring damaged corners, locks, hinges, or structural components of flight cases and racks
• Foam interior replacement: foam that loses its shock-absorbing properties through repeated use and needs to be replaced
• Cleaning and decontamination: essential in medical or high-tech applications where contamination risks are present
• Periodic inspections: checks to assess whether a packaging unit still meets the required standards, such as UN or MIL-STD specifications
• Recertification: for packaging used with hazardous materials or in defense applications, periodic recertification may be mandatory
• Administration and tracking: monitoring the status, location, and maintenance history of packaging units across a fleet

The more intensively packaging is used and the more extreme the conditions, the higher the maintenance frequency. Defense or humanitarian organizations deploying packaging in harsh field conditions will consistently face higher maintenance costs than those using packaging in a controlled warehouse environment.

How does TCO differ from the purchase price for packaging?

TCO, or Total Cost of Ownership, encompasses all costs incurred over the full lifespan of a packaging unit, whereas the purchase price reflects only the initial acquisition cost. The difference between the two can be substantial: a cheap single-use unit may appear more economical, but when used repeatedly it results in higher total costs than a more expensive reusable solution.

A TCO calculation for packaging consists of multiple cost layers:

1. Acquisition costs: the purchase price per unit, including engineering and customization
2. Operating costs: storage, handling, internal transport, and administration
3. Maintenance costs: repairs, inspections, and component replacements
4. Logistics costs: return logistics, replenishment, and distribution
5. Disposal costs: recycling, destruction, or residual value at end of life

Many companies focus on purchase price because it is directly visible in the procurement budget. The remaining cost items are spread across multiple departments or only become apparent later. This creates a distorted picture of what a packaging solution actually costs. A TCO calculation makes all those costs transparent and provides a fairer basis for comparison and decision-making.

How do you calculate the annual maintenance cost per packaging unit?

You calculate the annual maintenance cost per packaging unit by totaling all maintenance expenditures over a given period and dividing by the number of units and the number of years in use. A practical approach is to start with historical repair data or, for new packaging, to work with benchmark figures provided by the supplier.

In concrete terms, the calculation works as follows:

1. Identify all maintenance activities that occur on average per year (repairs, inspections, component replacements)
2. Establish an average cost per activity, including labor and materials
3. Multiply this by the expected frequency per year
4. Add indirect costs such as downtime, replacement packaging during maintenance, and administrative processing
5. Divide the total by the number of units in your fleet to arrive at a cost per unit

One factor that is often overlooked is the cost of downtime: a packaging unit that is undergoing maintenance cannot be deployed. If you have no reserve capacity, this leads to delays in the logistics chain. These indirect costs are harder to quantify, but they belong in a complete TCO calculation.

For larger fleets, it pays to track maintenance data systematically per unit. Digital tools that record the status, location, and maintenance history of packaging units make it possible to identify patterns and schedule preventive maintenance, which reduces overall maintenance costs.

What factors unexpectedly drive up packaging maintenance costs?

Packaging maintenance costs can rise unexpectedly due to factors such as insufficient user training, lack of standardization across the fleet, demanding usage conditions that were not accounted for in the design, and the absence of a structured maintenance process. Poorly organized return logistics also causes unnecessary damage and increases repair frequency.

The most common hidden cost drivers are:

• Misuse: packaging deployed beyond its designed load capacity or environmental conditions wears out faster and requires more repairs
• No preventive maintenance: minor defects that are not addressed in time lead to greater damage and higher repair costs
• A heterogeneous fleet: a mix of different packaging types and brands makes maintenance more complex and expensive due to variation in parts and procedures
• Poor return flows: packaging that spends a long time in transit, is exposed to unfavorable conditions, or is not stored properly arrives back damaged
• Missing documentation: without a maintenance history, it is difficult to determine when a unit has reached the end of its economic life, leading to units being used for too long or retired too early
• Regulatory changes: for packaging used with hazardous materials or in defense applications, new standards may require recertification, bringing additional costs

In sectors such as medical technology or defense, there is the added consideration that a damaged packaging unit is not merely a cost item but also a safety or compliance risk. The costs of an incident caused by a failing package far exceed routine maintenance costs.

How do reusable packaging solutions compare to single-use packaging in a TCO?

Reusable packaging almost always comes out ahead in a TCO calculation once the number of usage cycles is high enough. The higher acquisition cost of reusable solutions is offset by lower costs per shipment, less waste, and a longer economic lifespan. At high volumes and frequent deployment, the payback period is relatively short.

The comparison depends on a number of concrete variables:

• Number of usage cycles: the more often a packaging unit is reused, the lower the cost per cycle becomes
• Return logistics: reusable packaging requires an organized return flow, which carries costs but is also more manageable than continuously purchasing new packaging
• Maintenance intensity: a high-quality reusable packaging unit has lower maintenance costs per cycle than a cheaper alternative that wears out more quickly
• Disposal costs: single-use packaging generates waste after every cycle; reusable packaging typically retains residual value at end of life or is highly recyclable
• Sustainability objectives: reusable packaging contributes to a lower carbon footprint and reduced material consumption, which is relevant for organizations with concrete sustainability targets

For companies in the high-tech, medical, or defense sectors working with expensive and sensitive components, choosing reusable custom packaging is often also a matter of product safety. A cheap single-use solution offers less protection and increases the risk of damage during transport, which can significantly drive up indirect costs.

When does it make sense to have a TCO calculation performed by a packaging specialist?

Having a TCO calculation performed by a packaging specialist is worthwhile as soon as you are working with reusable packaging, large volumes, international logistics, or regulated sectors where compliance costs are a factor. Even if you simply sense that your packaging costs are higher than expected but cannot pinpoint why, an external analysis provides concrete starting points.

Specific situations in which an external TCO calculation adds value:

• You are considering switching from single-use to reusable packaging and want to substantiate the payback period
• You have a large and diverse packaging fleet where maintenance costs are difficult to oversee
• Your logistics chain is complex, involving multiple locations, international shipments, or fluctuating volumes
• You operate in a regulated sector such as medical or defense, where packaging must comply with specific standards
• You want to make your packaging process more sustainable but need insight into the financial impact of that decision

A specialist maps not only the direct costs but also the indirect costs that are difficult to see internally — such as downtime, product damage caused by inadequate packaging, and the administrative burden of an unstructured fleet. This provides a more realistic picture of actual costs and enables better decision-making.

How we at Faes support TCO calculations for industrial packaging

At Faes, we look at all costs that arise throughout the lifespan of a packaging solution. This means looking not only at the purchase price, but also at use, maintenance, return flows, storage and replacement. This gives a clearer picture of which choices are the most cost-effective in the long term.

In practice, we help with:

• Analysis of the existing packaging fleet: we assess usage, wear, maintenance frequency and costs per packaging unit.
• Comparison of scenarios: we compare, for example, single-use and reusable packaging or standard and custom solutions based on their total costs.
• Design of maintenance-friendly packaging: we take lifespan, repair options and replaceable components into account during the design process.
• Maintenance and repair: we help keep packaging in use for longer and prevent unnecessary early replacement.
• Inventory and return management: we look at how many packaging units are in circulation and how they can be returned and reused as efficiently as possible.
• Standards and regulations: we take relevant requirements, including UN, NEN and MIL-STD standards, into account in both the design and management of the packaging.

Maintenance and management have a particularly strong impact on the final TCO of reusable packaging. A packaging solution with a higher purchase price can still be more cost-effective over its entire lifespan if it lasts longer, is easier to repair and can be reused more frequently.

By taking these costs into account from the outset, we help organisations make better-informed decisions and structurally reduce the true cost of their packaging.