Can total cost of ownership improve reusable versus single-use decisions?

Total Cost of Ownership in packaging decisions is the sum of all costs incurred from the point of purchase through to the end of your packaging’s lifecycle. This includes not only the purchase price, but also operational costs, maintenance, storage, transport and waste disposal.

A TCO analysis looks beyond the direct purchase costs and takes all hidden costs into account. These include labour costs for packing and unpacking, storage costs for empty packaging, transport costs due to weight and volume, and costs arising from damaged products as a result of inadequate protection.

For industrial packaging, this means you also need to consider factors such as the packaging’s lifespan, the number of times you can reuse it, and the impact on your logistics processes. A sustainable flight case may cost more to purchase, but it can last for years and protect your products better than cheaper alternatives.

A TCO analysis shows that reusable packaging is often more cost-effective than single-use packaging, despite higher initial costs. Reusable packaging spreads its purchase costs over hundreds of usage cycles, whilst single-use packaging incurs costs anew with every shipment.

With single-use packaging, you pay for materials, production and waste disposal time and time again. A cardboard box may only cost a few euros, but if you use thousands of them a year, the costs add up quickly. Moreover, you often need more packaging material to provide adequate protection.

Reusable packaging, such as plastic containers or aluminium cases, has higher purchase costs but can be reused 50 to 500 times. It often offers better protection, preventing damage to your products. You can also have it made to exact specifications for optimal use of space during transport and storage.

The break-even point is often between 5 and 20 usage cycles, depending on the type of packaging and your specific application. For companies with regular shipments, this means that reusable packaging pays for itself within a few months.

At Faes, we do not look at reusable packaging as a product choice alone. We look at the full operational context behind it: what needs to be protected, how often it moves, who handles it, which environments it passes through, and what the cost of failure would be.

That is why our approach combines packaging development, custom engineering, production, assembly and testing. For high-value, sensitive or mission-critical equipment, the cheapest packaging option on paper is not always the most cost-effective option in practice. A reusable case only delivers value when it is designed around the product, the logistics flow, the handling process and the required level of protection.

Faes supports customers in translating those requirements into robust, reusable packaging solutions that are technically specified, practically usable and ready for repeated deployment. This can include custom inserts, integrated systems, testing and validation, support with specifications or standards, and packaging solutions designed for demanding industrial, technical or defence-related applications.

In that sense, TCO is not just a calculation. It is a design principle. By considering lifecycle costs early in the packaging development process, Faes helps customers make packaging decisions that reduce waste, lower operational risk and improve long-term cost efficiency.

When making packaging decisions, companies often overlook labour costs, damage costs, storage costs and environmental costs. These hidden costs can account for 30 to 70 per cent of total packaging costs, yet are rarely factored into purchasing decisions.

Labour costs are a major expense that is often overlooked. Packing fragile equipment in disposable materials takes more time than placing it in a custom-made foam insert within a reusable case. Unpacking at the other end also takes time and manpower.

Damage costs due to inadequate packaging can mount up enormously, especially with expensive high-tech equipment or medical instruments. A damaged component worth thousands of euros far outweighs the few extra euros spent on better packaging. The costs of claims, returns and delayed projects also factor in.

Storage costs for empty packaging are often overlooked. Disposable packaging takes up space before you use it; reusable packaging does too, even when empty. However, reusable packaging is often stackable and takes up less space than large quantities of disposable material.

A high shipping frequency, expensive product contents, fixed routes and strict protection requirements make reusable packaging more cost-effective. The more often you use the same route and the more valuable your products, the quicker reusable packaging pays for itself.

Shipping frequency is the most important factor. If you ship to the same customers weekly or monthly, you can recoup the cost of reusable packaging quickly. For occasional shipments to different destinations, disposable packaging is often more practical.

The value of your products also plays a major role. For expensive medical equipment or high-tech components, the extra protection provided by sturdy reusable packaging is worth the investment. The cost of a single damaged product can justify the purchase of dozens of reusable packaging units.

Fixed routes between distribution centres, production sites or regular customers make reusable packaging an attractive option. You can then set up a return logistics system whereby empty packaging is returned for reuse. With random destinations, this is more difficult to organise.

Regulations can also make reusable packaging more cost-effective. In sectors with strict packaging requirements, such as defence or medical, reusable packaging often meets standards better than disposable alternatives.

You calculate the ROI of reusable packaging by dividing the total cost savings over the product’s lifespan by the additional investment costs. A typical ROI for reusable industrial packaging ranges between 150 and 400 per cent over a period of 3 to 5 years.

Start by calculating your current annual packaging costs. Add up all costs: materials, labour costs for packing and unpacking, storage costs, waste disposal and damage costs. This gives you a basis for comparison.

Next, calculate the costs of reusable packaging. The purchase costs are higher, but divide these by the number of expected usage cycles. Add to this the lower operational costs: less packing time, lower damage costs and often lower transport costs due to better use of space.

The formula is: ROI = (annual cost savings – additional annual costs) / additional investment costs × 100%. For example, if you invest an extra €50,000 in reusable packaging and save €30,000 per year as a result, your ROI is 60% per year.

Don’t forget to include soft benefits in your calculation. A better brand perception through professional packaging, higher customer satisfaction due to reduced damage, and compliance with sustainability targets also add value to your business.

From cost analysis to engineered packaging

A TCO analysis can show when reusable packaging becomes financially attractive, but the real value depends on how well the solution is engineered. At Faes, we help customers move from calculation to implementation by developing reusable packaging that fits the product, the process and the operating environment.

With capabilities in custom engineering, packaging development, production, assembly, testing and specification support, Faes creates reusable packaging solutions for high-value and demanding applications. That makes the decision less about buying a case, and more about building a packaging system that protects assets, supports operations and delivers value over time.