Beverage logistics is one of the most demanding supply chains in the industry. High volumes, heavy products, fast turnover rates, and complex distribution networks place significant demands on transport packaging. At the same time, costs, regulatory requirements, and reporting obligations continue to increase.

Against this backdrop, a seemingly simple component of the supply chain is receiving greater attention: transport packaging.

Consumable or Strategic Asset?

More and more companies no longer see packaging as a simple consumable, but as a strategic logistics asset. One example is foldable reusable trays, specifically developed for high-volume beverage systems.

Traditionally, transport packaging in many companies has been treated as a classic C-part. Purchase price, short-term availability, and simple disposal were the main focus.

Today, this perspective is changing.

In practice, a large share of operational costs arises during daily use:

• product damage caused by unstable packaging
• inefficient use of transport volume
• disposal costs at retail level
• administrative effort
• replacement procurement due to loss or damage

Reusable systems introduce a different approach. Rather than focusing solely on procurement, they provide a structured framework for managing transport packaging throughout multiple circulation cycles.

A Performance Lever for the Supply Chain

A key shift in perspective lies in how transport packaging is evaluated. Many organizations still compare unit prices. However, logistics systems are increasingly assessed using broader operational criteria, including Total Cost of Ownership (TCO).

Single-use packaging is typically used for a limited number of cycles. Reusable trays, in contrast, are designed for repeated use throughout their service life.

Instead of focusing exclusively on procurement costs, companies can evaluate packaging systems across their entire lifecycle, including handling, returns, asset management, and replacement requirements.

Efficiency in Returns: Reduced Transport Volume

A truck delivers several pallets of glass bottles to a filler in the morning. The goods are unloaded, production continues, and the bottles move into the filling line. What remains are empty transport packaging units.

This creates a familiar challenge throughout many supply chains. Empty trays or cardboard solutions accumulate in warehouses and distribution sites and eventually need to be returned. Even when empty, they can require valuable storage and transport capacity.

Foldable reusable trays address this challenge through their design. Once unloaded, they can be folded for return transport.

As a result, return transport volume can be significantly reduced compared with non-foldable alternatives. Return logistics become easier to manage, storage requirements can be reduced, and transport capacity can be used more efficiently.

Returning packaging remains an important part of the process, but one that can be integrated into a structured closed-loop system.

Product Protection and Supply Chain Stability

Beverage transport, particularly involving glass packaging, can expose products to significant mechanical stress. Packaging stability therefore plays an important role throughout transport and storage.

Reusable trays are manufactured from impact-resistant plastics and designed for repeated use in demanding logistics environments.

Their design supports stable stacking structures during transport and storage. This can help support product protection, operational consistency, and handling processes throughout the supply chain.

Reuse by Design: Packaging Systems for Multiple Circulation Cycles

In addition to operational requirements, companies increasingly focus on traceability, reporting requirements, and lifecycle management.

Reusable trays are designed for repeated circulation and long-term operational use.

Key characteristics include:

• multiple reuse cycles per tray
• foldable design for return logistics
• recyclability at the end of service life
• documented asset circulation within managed systems

Operational data generated through reuse systems can be used to support Total Cost of Ownership (TCO) evaluations and Life Cycle Assessment (LCA) studies.

Packaging as Strategic Infrastructure

In many companies, discussions about transport packaging traditionally start with a simple pricing question. Procurement compares offers, calculates unit prices, and chooses an option based primarily on purchase cost.

However, as supply chains become more complex, the perspective is changing.

Many organizations increasingly consider factors such as:

• return logistics
• asset management
• transport efficiency
• traceability
• packaging availability
• reporting requirements

As a result, the key question becomes:

Which packaging system best supports the operational requirements of the supply chain?

Reusable trays demonstrate how asset management, return logistics, packaging availability, and circulation processes can be integrated within a reusable transport packaging system.

Looking at the Bigger Picture

Transport packaging may appear to be a small component of the overall supply chain. In practice, however, it touches many critical logistics processes, including storage, transportation, returns, handling, traceability, and lifecycle management.

Reusable trays provide a structured approach to managing these activities within a closed-loop system and can be evaluated using both TCO and LCA methodologies.

If you would like to better understand the TCO and lifecycle implications of your current transport packaging system, we can analyze your existing supply chain together.

Speak with our experts free of charge and without obligation about your packaging strategy.