Total Cost of Ownership

How can TCO optimization in packaging solutions save costs?

Summary

9 minutes reading time

Thijs Canjels

Business Innovation Manager

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.

What is TCO optimisation in industrial packaging?

TCO (Total Cost of Ownership) optimisation in industrial packaging is a strategic approach in which you analyse all costs associated with your packaging solutions throughout their entire lifecycle. This goes far beyond just the purchase price of the packaging material. A full TCO calculation takes various cost components into account:

Direct purchase costs of packaging materials
Labour costs for packaging and handling
Transport costs (weight and volume have a direct impact)
Storage costs for packaging materials
Costs of product damage during transport (DOA)
Waste disposal costs or reuse costs
Administrative costs associated with claims handling

This broad view of costs gives you a more realistic picture of what packaging actually costs you. Cheap standard packaging may seem cost-effective at first glance, but can ultimately prove much more expensive than a bespoke solution due to higher transport costs, increased product damage or inefficient handling. TCO optimisation is particularly useful for companies in sectors such as high-tech, medical and defence, where products are often expensive, sensitive and complex. For these sectors, an advanced packaging solution can, despite a higher initial investment, significantly reduce total costs through better protection and more efficient logistics.

How does DOA reduction affect total packaging costs?

DOA (Dead On Arrival) reduction has a direct impact on your total packaging costs by drastically reducing the costs of damaged products. Products that arrive damaged trigger a chain reaction of hidden costs that go far beyond just the replacement value. When a product arrives damaged, the following costs come into play:

Direct replacement costs of the product
Additional transport costs for return shipments and new deliveries
Administrative costs for handling claims
Labour costs for investigating the damage
Delay costs in projects or production lines
Customer satisfaction costs and potential reputational damage

For expensive or specialist equipment, such as medical instruments or defence equipment, these costs can rise exponentially. A damaged part costing a few hundred euros can lead to delays costing thousands of euros, especially when critical components are involved. The ROI of investing in better protection becomes clear when you analyse the total cost of damage. An example: if you send 1,000 shipments annually with an average product value of €5,000 and your DOA rate drops from 2% to 0.5% thanks to better packaging, you prevent damage worth €75,000. This is often more than enough to justify the additional investment in higher-quality packaging. Furthermore, reducing DOA has a positive effect on customer satisfaction and brand image – factors that are harder to quantify in monetary terms but which certainly contribute to the long-term success of your business.

What role does material optimisation play in TCO reduction?

Material optimisation is a key factor in reducing the TCO of your packaging process. The right choice of material not only influences the quality of protection but also has a direct impact on weight, volume and sustainability – all factors that determine your costs. When optimising packaging materials, you can consider:

Weight reduction: Lighter materials reduce transport costs, particularly for air freight
Volume reduction: More compact packaging reduces logistics costs and storage space
Protective properties: Materials that provide exactly the right level of protection without excessive packaging
Reusability: Durable materials that can withstand multiple transport cycles
Recyclability: Materials that are easy to recycle at the end of their life cycle

A practical example is replacing traditional foam interiors with custom-cut foam or modular interiors. This not only offers better protection but also makes the packaging suitable for reuse. For products that are transported regularly, such as measuring equipment or demonstration kits, reusable flight cases can significantly reduce the TCO. Material optimisation must always be balanced against protection requirements. Under-protection leads to damage, whilst over-protection entails unnecessary costs. The trick is to find the right balance between protection, cost and sustainability. For high-tech and medical equipment, material optimisation plays an especially important role due to specific requirements such as ESD protection (electrostatic discharge) or cleanroom compatibility. These factors must be included in your TCO calculation, as they directly influence the usability and reliability of your products.

When is investing in premium packaging solutions cost-effective?

Investing in premium packaging solutions becomes cost-effective when the total savings over the product’s lifespan exceed the additional initial investment. This tipping point depends on various factors that can vary from situation to situation. Premium packaging solutions are usually cost-effective in these situations:

When transporting high-value products (where damage costs are high)
For frequent shipments (maximising reusability)
In complex logistics chains with multiple transhipment and transport stages
For products that must be transported under specific conditions
For international shipments where products are exposed to extreme conditions

To determine the break-even point, you can use this simple calculation: Break-even = (Cost of premium packaging – Cost of standard packaging) ÷ (Savings per shipment × Number of shipments) For example: a custom-made transport case costs €500 more than a standard solution, but reduces damage and handling time by an average of €100 per shipment. After 5 shipments, you have recouped the investment, and every subsequent shipment yields net savings. For defence and security equipment, the investment in premium packaging is almost always justified. This equipment is not only expensive, but must also function under extreme conditions. A fault caused by transport damage can pose unacceptable risks in critical situations. In addition to direct cost savings, premium packaging solutions often offer indirect benefits such as an improved image, a more professional presentation and increased ease of use. These factors contribute to a positive customer experience and can boost sales.

What are the hidden costs in traditional packaging processes?

Traditional packaging processes involve numerous hidden costs that are often overlooked in simple cost calculations. Together, these costs can account for a significant proportion of your total packaging expenditure. The most common hidden costs are:

Inefficient use of space: Standard packaging makes sub-optimal use of transport and storage space
Manual handling time: Extra time required for packing, unpacking and preparing products
Stock costs: Capital tied up in packaging material stocks
Waste disposal costs: Costs for the removal and processing of single-use packaging
Administrative burdens: Time spent handling damage claims and returns
Training costs: Time spent instructing staff on correct packaging methods

An example: a company that ships 50 products daily spends an average of 5 extra minutes per shipment due to inefficient packaging processes. At an hourly rate of €30, this costs over €30,000 annually in additional labour costs – an amount that is often not included in packaging budgets. TCO optimisation reveals these hidden costs and offers opportunities to reduce them. This can be achieved through smarter packaging designs, standardised processes or the automation of certain packaging steps. For companies in the high-tech and medical sectors, there are further specific hidden costs, such as the impact of packaging materials on cleanroom environments or the additional safety measures required when packaging sensitive equipment. These factors must also be included in a comprehensive TCO analysis.

Conclusion

TCO optimisation in packaging solutions offers a comprehensive approach to saving costs whilst simultaneously improving the protection of your products. By looking beyond the purchase price alone and analysing all aspects of the packaging process, you can achieve significant savings. The key to successful TCO optimisation lies in understanding the unique challenges of your specific sector and products. Whether it concerns high-tech components, medical equipment or defence equipment – every sector has its own requirements and opportunities for cost optimisation. At Faes, we understand that every product, application and transport movement presents unique challenges. As specialists in bespoke industrial packaging, we are happy to help you optimise your packaging processes, with a focus on both cost efficiency and sustainability.

Frequently Asked Questions

What are the first steps to start a TCO analysis for our packaging processes?

Start by collecting data on all cost components: purchase costs, labour hours for handling, transport costs, damage rates and waste disposal costs. Involve various departments such as logistics, procurement and quality. Then carry out a baseline assessment of your current situation and identify the areas with the greatest potential for improvement. A specialist packaging partner can help set up a structured analysis and identify opportunities for improvement that you might otherwise overlook.

How can we overcome resistance to higher initial investments in premium packaging within our company?

Present a clear business case with concrete figures on the total long-term savings. Use pilot projects to demonstrate tangible results – for example, select one product line for implementation and document the improvements in damage rates and efficiency. Involve decision-makers early in the process and let them physically experience the premium packaging. Visualise the ROI with graphs showing when the break-even point is reached and how much savings follow.

What measurable KPIs can we use to monitor the success of our TCO optimisation?

Effective KPIs for packaging TCO include: DOA rate (number of damaged products), average packaging time per product, transport costs per unit, packaging waste per shipment, number of returns due to packaging issues, and total packaging costs as a percentage of product value. Measure these KPIs consistently before and after implementing new packaging solutions. Set up a dashboard that visualises these metrics and assign someone to regularly update and analyse the data.

How do we balance sustainability goals with TCO optimisation in packaging?

Sustainability and TCO optimisation often go hand in hand. Look for reusable packaging solutions that reduce waste streams whilst preventing transport damage. Consider lighter yet strong materials that reduce both transport costs and CO2 emissions. Include future costs in your TCO calculation, such as rising waste disposal charges or environmental regulations. The best approach is to view sustainability as an integral part of your TCO strategy, not as a separate goal. Moreover, many customers value sustainable packaging, which indirectly contributes to customer satisfaction and brand value.