When does TCO logistics optimization have the greatest impact?

Hidden costs in logistics processes are all expenses that do not appear directly on the purchase invoice, yet genuinely affect the bottom line. Think of damage during transport, unnecessary storage space, inefficient return flows, labor-intensive packaging operations, and lost production time caused by packaging that does not fit properly. These costs are difficult to spot, but they add up quickly.

In practice, the following hidden cost items occur most frequently:

• Transport damage: Products that arrive damaged lead to claims, replacements, and reputational harm. With high-value components such as semiconductors or medical equipment, the cost per incident can escalate rapidly.
• Excessive packaging: Packaging that is too heavy or too large increases transport weight and the space it occupies, which directly drives up freight costs.
• Labor and handling: Packaging that is difficult to open, close, or stack wastes employees’ time unnecessarily. Multiply that across thousands of shipments per year and the impact becomes significant.
• Return logistics: Single-use packaging that is not returned or reused continuously generates new purchasing costs and waste streams.
• Inventory costs: When packaging is not managed properly, surplus stock accumulates in warehouses, causing storage costs and capital tie-up.
• Non-compliance: Packaging that does not meet UN, NEN, or MIL-STD standards can result in fines, delays, or rejected deliveries.

What makes hidden costs particularly challenging is that they are spread across multiple departments — purchasing, logistics, production, and quality. As a result, no single department is directly held accountable for them, and they consistently fly under the radar.

Traditional cost calculation in logistics looks at the direct purchase price of a packaging solution. TCO, or Total Cost of Ownership, considers all costs associated with a packaging solution throughout its entire lifecycle. The difference lies not in the formula but in the scope: TCO makes visible the costs that would otherwise remain out of sight.

With traditional cost calculation, you compare two quotes on a per-unit price basis. A cheaper package then appears to be the logical choice. But if that packaging offers less protection, requires more handling, cannot be returned, and needs to be replaced more frequently, its actual total cost is higher than that of the more expensive option — which carries none of those drawbacks.

TCO in logistics typically covers the following categories:

1. Acquisition costs: The direct price of the packaging.
2. Usage costs: Labor costs for packing, unpacking, and handling.
3. Transport costs: Weight, volume, and any associated damage risks.
4. Maintenance costs: Repair and inspection of reusable packaging.
5. Return costs: Logistics for returning packaging into the supply chain.
6. Disposal costs: Processing of single-use or damaged packaging.
7. Risk costs: Damage, delays, and non-compliance.

The key advantage of TCO is that it enables a fair comparison. Two solutions that are close in purchase price can differ by tens of percentage points in TCO. That makes TCO a strategic tool, not just a financial calculation.

TCO analysis delivers the greatest savings in sectors where products have high value, are vulnerable to damage, or are subject to strict regulation. Specifically, these are the high-tech industry, the medical sector, defense, and security services. In these sectors, the consequences of a poor packaging choice are not only financial but also operational and legal.

High-tech and semiconductors

Companies that manufacture and transport precision instruments or electronic components deal with products where even minor vibrations or electrostatic discharge can cause damage. A TCO analysis reveals the true cost of a damaged shipment, including replacement, production downtime, and customer loss. Reusable, custom-made packaging with foam interiors and antistatic protection is almost always more cost-effective on a TCO basis than single-use alternatives.

Medical and pharmaceutical sector

The medical sector imposes strict requirements regarding hygiene, traceability, and protection. Packaging that does not meet applicable standards can result in rejected shipments, product recalls, or delays in critical supply chains. The TCO of a compliant packaging solution is almost always lower than the cumulative cost of incidents associated with non-compliant alternatives.

Defense and security services

Defense organizations work with equipment that must withstand extreme conditions: shocks, vibrations, moisture, extreme temperatures, and chemical exposure. Here, MIL-STAN standards are the governing framework. A TCO-based approach demonstrates that investing in certified, durable packaging across multiple missions is considerably more cost-effective than repeatedly procuring new single-use packaging.

You calculate the TCO of a packaging solution by mapping all costs associated with using that packaging throughout its full lifecycle. This starts with the purchase price but does not end until the packaging is disposed of or reaches the end of its use cycle. A structured four-step approach makes this manageable.

Step 1: Map the lifecycle. Determine how long a packaging solution lasts, how often it is used, and what operations are required per cycle. A reusable flight case that lasts ten years and is used a hundred times per year has a very different cost profile than a single-use wooden crate.

Step 2: Quantify all cost items. Use the categories from the TCO framework: acquisition, usage, transport, maintenance, returns, disposal, and risk. Assign a concrete amount or a realistic estimate to each category. Involve the departments that work most closely with the packaging, as they are most familiar with the hidden time costs.

Step 3: Compare scenarios. Put at least two packaging scenarios side by side and calculate the TCO per shipment or per year. Note that a higher purchase price can lead to a lower TCO if the packaging requires less maintenance, causes less damage, and generates less waste.

Step 4: Include risks as a cost factor. Damage, non-compliance, and delays are not abstract risks. Assign them a probability percentage and an average cost figure, and include them as expected annual costs. This makes the risk profile of a cheaper solution directly comparable to a more expensive but more reliable alternative.

The right time for TCO optimization is when your logistics costs are rising without a corresponding increase in volumes, when you are experiencing recurring damage or complaints, or when you are scaling your packaging processes to new markets or higher volumes. A change in regulations or sustainability targets is also a direct trigger.

Concrete signs that TCO optimization is timely:

• Your transport damage rate is consistently above an acceptable level.
• Employees are spending a disproportionate amount of time on packaging operations.
• You are using single-use packaging while your products regularly travel back and forth.
• Your packaging costs are not transparently distributed across the organization.
• You want to comply with new sustainability requirements or circularity targets.
• You are considering a new product or market where the logistics differ from what you are used to.

TCO optimization is not a one-time project but an ongoing process. That said, there are moments when the impact is greatest: at contract renewals with logistics partners, when redesigning products or processes, and during significant growth in shipping volumes. At those moments, decisions are already on the table, and adding a TCO perspective requires relatively little additional effort.

To measure TCO in logistics, you need data from multiple sources: purchasing records, warehouse management, transport registrations, damage insurance, and labor records. The quality of your TCO analysis depends entirely on the completeness of this data. If a category is missing, you will underestimate the true costs.

The minimum dataset for a reliable TCO calculation consists of:

• Purchase history: Purchase prices per packaging type, including volume and frequency.
• Transport data: Freight costs per shipment, weight and volume, including any surcharges for non-standard dimensions.
• Damage records: The number and value of damaged shipments per period, broken down by cause.
• Labor records: Average time per packaging operation, multiplied by the hourly rate and the number of operations per year.
• Return logistics: Costs for returning packaging, including transport and administration.
• Waste disposal: Costs for disposing of or recycling single-use or damaged packaging.
• Compliance costs: Costs for certification, inspection, and any fines or delays resulting from non-compliance.

In practice, this data is not always centrally available. Damage costs sit with the insurance department, labor costs with HR, and transport costs with purchasing. A first step is therefore to consolidate these data streams into a single overview. Digital tools that monitor packaging processes — such as inventory management and return logistics systems — make this considerably easier.

At Faes, we do not only look at the purchase price of packaging, but at all costs that arise throughout its entire lifecycle. We combine our expertise in packaging engineering with experience in logistics processes, reusable packaging and sector-specific requirements.

That is why we always start by mapping the logistics chain and the costs that occur within it. From there, we identify where optimisation is possible.

In practice, we help with:

• Inventory management: we help prevent having too much or too little packaging available, reducing storage costs and unnecessary investments.
• Return logistics: we organise return flows so reusable packaging can be returned efficiently and put back into use.
• Maintenance and repair: we extend the lifespan of packaging through timely maintenance and repair, reducing the need for replacement.
• Optimisation of packaging processes: we look at handling, transport, storage and use to reduce unnecessary work and costs.
• Custom packaging design: we develop packaging that not only protects the product, but also fits the way it is used within the logistics chain.
• Standards and regulations: we take relevant requirements, including UN, NEN and MIL-STD standards, into account from the start when designing and managing packaging.

Ultimately, it is the connection between these elements that determines the TCO. A packaging solution may, for example, be more expensive to purchase, but still be significantly more cost-effective thanks to a longer lifespan, less damage, more efficient handling and more frequent reuse.

By looking at the entire packaging chain as one integrated process, we help organisations make hidden costs visible and reduce them structurally. In this way, TCO becomes more than just a calculation; it becomes a basis for making better decisions throughout the logistics chain.

Would you like to know where the biggest savings opportunities lie within your packaging process? Contact us and discover what TCO optimisation can mean for your logistics chain.