Purchase price alone does not show what packaging really costs. TCO also considers damage, returns, reuse and logistics costs. This supports a better choice between standard, custom and reusable packaging.
Summary of this article
The choice of packaging has a significantly greater impact on total cost of ownership (TCO) in the supply chain than the purchase price alone might suggest. Companies that focus solely on the procurement price of packaging miss the full cost picture: damage, return flows, storage, labor, and sustainability obligations all factor in. This article answers the most frequently asked questions about TCO and packaging choice, from hidden costs to the business case for custom solutions.
The hidden costs of a packaging choice lie in the steps that follow the purchase: damage during transport, extra labor for packing, returns processing, storage space, waste disposal, and compliance penalties. These indirect costs regularly exceed the purchase price of the packaging by a factor of two or more, especially for sensitive or high-value products.
Many procurement departments compare packaging on a per-unit price basis. That is understandable, but it leads to decisions that prove more expensive in the long run. The real cost drivers rarely appear on a quote:
Making these hidden costs visible is the first step toward a better packaging strategy. Only when you know the full cost picture can you make a well-informed comparison between packaging options.
You calculate the TCO of packaging by adding up all costs across the full lifecycle of the packaging: procurement, use, maintenance, return logistics, and disposal. Divide that total by the number of use cycles or the number of products the packaging protects, and you get the true cost per shipment or per product.
A TCO calculation for packaging works best when you follow these steps:
A simple formula: TCO = (procurement costs + usage costs + damage costs + return costs + disposal costs) / number of cycles. This gives you the cost per cycle, allowing you to make a fair comparison between different packaging options. Digital tools can significantly simplify this process, especially when working with large volumes or complex return flows.
Reusable packaging has a higher purchase price, but a lower TCO per cycle once it is used multiple times. Single-use packaging is cheaper per unit, but costs accumulate with each use and also generate waste streams. The break-even point typically occurs after just three to five use cycles, depending on the product and sector.
Single-use packaging such as corrugated cardboard is flexible, immediately available, and suitable for products that are rarely returned or where the packaging remains with the recipient. The per-unit cost is low, but with frequent shipments the total costs add up quickly. In addition, it carries waste disposal costs and does not always meet the protection requirements for sensitive or heavy products.
Reusable industrial packaging such as flight cases, aluminum cases, or plastic racks is designed for multiple cycles. The higher initial investment is recouped by spreading the costs across dozens or hundreds of uses. In addition, reusable packaging consistently offers better protection, which reduces damage costs. In sectors such as defense, medical, and high-tech, the business case for reusable packaging is therefore compelling: the products they protect are simply too valuable to take risks with cheaper alternatives.
Higher packaging quality directly reduces damage and return costs through better protection against shocks, vibrations, moisture, and temperature fluctuations. In industrial and high-tech environments, higher-quality packaging can drastically reduce damage frequency, which translates directly into fewer returns, fewer repairs, and less production downtime.
The relationship between packaging quality and damage costs is particularly relevant for sectors working with expensive or sensitive equipment. A damaged medical instrument, a faulty sensor, or a damaged drone component represents not only the replacement value of the part itself, but also the downtime, the logistical costs of return and replacement, and in some cases reputational damage.
Packaging designed and tested to recognized standards such as MIL-STD-810 or NEN standards demonstrably offers better protection than standard commercial alternatives. It is validated for specific conditions: vibrations during transport, extreme temperatures, water ingress, or electromagnetic interference. That validation is not a luxury; it is a cost-control measure.
Packaging quality also affects what is known as the Dead On Arrival (DOA) rate: the percentage of products that arrive damaged at the recipient. A higher DOA rate leads to return flows, rework, additional shipping costs, and customer satisfaction issues. Reducing the DOA rate through better packaging is one of the most direct ways to improve TCO in the supply chain.
Custom packaging delivers more value than standard packaging once the value or fragility of the product justifies the additional investment, standard packaging fails to meet specific protection or compliance requirements, or when volumes are large enough to spread development costs across multiple shipments.
There are concrete situations where custom packaging is almost always the better choice:
Standard packaging remains worthwhile for low product values, irregular shipments, or products with minimal protection requirements. The choice always comes down to the balance between the premium for custom packaging and the cost reductions it delivers in terms of damage, returns, and compliance.
Sustainability reduces the TCO of industrial packaging in several ways: lower waste costs, reduced material consumption through reuse, better freight utilization, and a lower risk of future regulatory costs. Sustainable packaging is therefore not only an environmental choice, but also a financially sound decision for the long term.
In 2026, sustainability is increasingly less of an optional consideration and more of a business necessity. Companies are confronted with stricter reporting obligations, CO2 levies, and procurement policies from major customers that set sustainability criteria. Ignoring this risks higher compliance costs and loss of contracts.
Circular packaging principles — where packaging is designed for reuse, repair, and recycling — align seamlessly with TCO optimization. A package that lasts ten years and is used fifty times distributes the production costs and environmental impact across all those cycles. This lowers both the cost per shipment and the ecological footprint per product.
Practical sustainability gains in industrial packaging include:
A good packaging choice is not just about what a case, crate or packaging solution costs today. The biggest impact on Total Cost of Ownership often arises during use: through transport damage, handling, storage space, maintenance, return logistics and the lifespan of the packaging.
That is why, at Faes, we look beyond the purchase price. The starting point is the complete application: what needs to be protected, how often is the packaging used, how does it move through the supply chain, and what costs arise throughout its entire lifecycle?
Our engineers assess factors such as material selection, construction, protective interiors, stackability, handling and repairability. Sometimes the greatest TCO savings do not come from choosing a cheaper material, but from creating a smarter design: packaging that lasts longer, is easier to handle, takes up less transport volume or has components that can be replaced easily.
Depending on the challenge, we can support you with:
The packaging solution with the lowest purchase price is not automatically the most cost-effective option. A higher initial investment can be more economical if it results in less damage, a longer service life, more efficient handling and greater reuse.
Would you like to know where the greatest TCO savings can be achieved within your packaging process? Discuss your packaging challenge with our specialists. Together, we look beyond the purchase price and identify a packaging solution that fits your supply chain both technically and economically.
Thijs Canjels is Business Innovation Manager at Faes and specializes in packaging management and supply chain optimization. In his blogs, he shares insights on efficiency improvements, cost savings and the strategic role of packaging in modern supply chains.
More articles by Thijs CanjelsGood packaging doesn’t happen by chance. Using a proven process, our specialists guide you step by step from the initial idea to the final product.
