What is the effect of packaging damage on the total cost of ownership in the supply chain?

Packaging damage in the supply chain generates both direct and hidden costs. Direct costs include replacing damaged products, additional shipping costs for returns, and administrative handling of damage claims. Hidden costs, which often carry greater weight, include production delays, customer loss, reputational damage, and additional manual labor for inspection and repair.

In sectors such as high-tech, medical, and defense, the consequences of packaging damage are particularly costly. A damaged medical device or a faulty electronic component that is only discovered by the end user is known as a Dead on Arrival (DOA). DOA situations lead not only to direct product costs, but also to downtime at the recipient’s site, urgent reorders, and in some cases contractual penalties.

The cost items that typically arise from packaging damage include:

• Product replacement, including manufacturing and material costs
• Additional shipping for returns and expedited deliveries
• Quality control and re-inspection of incoming and outgoing goods
• Administrative handling of damage claims with insurers and carriers
• Production losses at the recipient’s site due to delayed or damaged deliveries
• Reputational damage and the risk of customer loss following repeated incidents

When these costs are added up, it quickly becomes clear that cheap, off-the-shelf packaging proves significantly more expensive in the long run than a well-considered custom solution.

Packaging damage drives up total cost of ownership by adding costs at every stage of the supply chain, from transportation and storage to end use and returns processing. TCO calculations that focus solely on the purchase price of packaging miss the full picture. The true cost of a packaging decision only becomes visible when all downstream effects are taken into account.

TCO in the context of packaging encompasses all costs that directly or indirectly result from a packaging choice across the full lifecycle of a product. This means that packaging which appears inexpensive at first glance can ultimately carry a much higher TCO than a more expensive but more robust solution — due to higher damage rates, greater labor requirements, and more frequent replacements.

Concretely, packaging damage affects TCO at three levels:

1. Operational level: Additional handling for inspection, repair, and replacement increases labor costs per shipment.
2. Financial level: Damage claims, insurance premiums, and replacement products directly compress margins.
3. Strategic level: Repeated delivery failures undermine customer relationships and can lead to contract loss.

For companies working with high-value components — such as semiconductors, medical devices, or defense equipment — a single DOA incident can wipe out the packaging costs of hundreds of shipments. TCO analysis makes this visible and thereby justifies investment in higher-quality packaging solutions.

The most common causes of packaging damage during transport are shocks and vibrations, insufficient internal protection, improper stacking, and exposure to moisture or temperature fluctuations. In many cases, the packaging has simply not been designed for the actual conditions under which the product is transported.

Shocks and vibrations account for a large share of transport damage, particularly in long-distance road transport or multimodal transport involving multiple transfer points. Each transfer point is a risk point, especially when the packaging does not provide adequate protection for the product inside.

Physical causes of damage

Physical damage occurs when the product is not properly secured within the packaging. Examples include foam interiors that are not tailored to the exact geometry of the product, allowing it to shift and impact the packaging walls. Insufficient stacking strength of the packaging itself also leads to damage to products at the bottom of a pallet stack.

Environmental factors as a cause

In addition to physical forces, environmental factors play a significant role. Moisture, condensation, extreme temperatures, and static electricity can damage sensitive electronics, medical instruments, or precision components without any visible physical damage to the outer packaging. This type of damage is difficult to detect and often leads to DOA situations that only come to light when the product is put into use.

Other common causes include:

• Incorrect or missing markings, causing packages to be handled improperly
• Use of non-certified packaging for regulated shipments such as ADR or IATA
• Insufficient attention to the specific vulnerabilities of the product when designing the packaging
• Reuse of packaging that has lost its structural integrity

Investing in custom industrial packaging pays off as soon as the costs of damage, return logistics, and DOA incidents are structurally higher than the price premium of a better packaging solution. This is almost always the case for products with high value, sensitivity to environmental conditions, or strict delivery obligations.

The calculation is straightforward: if standard packaging regularly results in damaged products, additional handling, or delayed deliveries, those costs are structural and predictable. A custom solution that eliminates these problems pays for itself through lower damage rates, fewer returns, and higher customer satisfaction.

Specific situations in which custom industrial packaging delivers a rapid return on investment:

• High product value: Components worth thousands to hundreds of thousands of dollars always justify packaging that is precisely tailored to the associated risks.
• Sensitive products: Electronics, optical instruments, medical devices, and precision equipment require protection against shock, vibration, moisture, and static charge.
• Regulated sectors: Defense, medical, and hazardous goods transport require packaging that complies with MIL-STD, UN, or ADR standards. Non-compliant packaging is simply not an option.
• High shipping frequency: With frequently recurring shipments, every percentage point in the damage rate weighs heavily in the overall cost calculation.
• International logistics: More transfer points and variable conditions increase risk, making more robust packaging a necessity.

Reusable packaging lowers TCO over the long term because the initial investment is spread across multiple use cycles while the level of protection remains consistent. Compared to single-use packaging, the cost per shipment decreases significantly as the packaging is used more frequently.

With single-use packaging, you pay for materials, production, and waste disposal with every shipment. With reusable industrial packaging, those costs are largely one-time. In addition, reusable solutions such as flight cases, returnable crates, and modular rack systems typically offer a higher and more consistent level of protection than disposable packaging.

The TCO benefits of reusable packaging are tangible:

• Lower cost per shipment as the packaging completes more cycles
• Reduced waste costs, since no packaging materials need to be disposed of
• Consistent protection with every shipment, which structurally reduces damage rates
• Better traceability of packaging assets, especially when combined with digital management tools
• Sustainability benefits that contribute to circular business objectives and reporting requirements

Return logistics is an important consideration with reusable packaging. An efficient returns system is essential to fully realize the benefits. When packaging does not come back in a timely manner or is poorly managed, the advantage can be partially offset by additional inventory or logistics costs. Effective packaging management is therefore an indispensable component of a successful reusable packaging strategy.

Packaging damage is quantified by systematically collecting data on damage rates per product flow, recording the cost of each incident, and comparing those figures against total packaging costs. Without measurement, the true impact of packaging damage remains invisible and improvements cannot be substantiated.

The most effective measurement methods in practice are:

• Damage tracking per shipment: Systematically recording how many shipments arrive damaged, broken down by product flow, carrier, and packaging type.
• DOA tracking: Recording Dead on Arrival incidents by product category and linking those incidents to specific packaging or transport conditions.
• TCO calculation per packaging solution: Comparing total costs — including damage, return logistics, labor costs, and waste disposal — across different packaging options.
• Shock loggers and data recorders: Physical measurement devices that record shocks, vibrations, temperature fluctuations, and humidity levels during transport. This data reveals the actual conditions the packaging experiences and whether the current solution is adequate.
• Returns analysis: Analyzing return shipments for damage patterns in order to identify structural root causes.

By linking measurement data to specific packaging types and transport routes, you can make targeted improvements. A rise in the damage rate on a particular route may point to a specific transfer problem or packaging that is not suited to the conditions on that route. Measurement enables informed decision-making.

Packaging damage often has a much greater impact than the value of the damaged product alone. Inspections, returns, replacements, delays and additional handling all increase the Total Cost of Ownership. That is why cost optimisation starts with understanding where damage occurs and what level of protection is actually required.

From damage risk to targeted optimisation

At Faes, we look at both the product and the complete logistics environment. Our engineers analyse factors such as vulnerability, transport loads, handling and frequency of use and translate these into a suitable packaging solution.

Depending on the challenge, we can support you with:

• analysing existing packaging and the causes of damage;
• optimising construction, fixation and protective interiors;
• engineering custom packaging for vulnerable or high-value products;
• testing and validating protective performance;
• improving reuse, maintenance and repairability.

This means we not only focus on preventing damage, but also on how the packaging can be used more efficiently throughout its entire service life. Faes can support this with engineering as well as the management, maintenance and repair of reusable packaging.

Reduce damage and structural costs

The cheapest packaging solution is not automatically the one with the lowest TCO. A better-aligned design can reduce transport damage, extend service life and lower costs related to handling, replacement and return logistics.

Would you like to know where packaging damage occurs within your supply chain and what savings could be achieved? Discuss your packaging challenge with our specialists. Together, we identify a solution that reduces risk and structurally improves the Total Cost of Ownership.