The impact of industrial packaging is determined by more than just the material used. Design, lifespan, number of use cycles, repairability and transport efficiency all play an important role.
On this topic page, we explore which packaging choices can help reduce material consumption and waste, the role of the PPWR, and how Faes helps evaluate these choices across the entire lifecycle.
For high-tech equipment, medical technology and defence equipment, packaging is often not a single-use item, but an integral part of the logistics chain. The same crate, case or custom packaging solution can be used, repaired and reused for years. Decisions about design, materials and management therefore have a lasting impact on costs, product protection and material consumption.
At the same time, regulatory requirements are becoming more specific. From 2030, the PPWR will introduce new requirements and reuse targets for various types of transport packaging, including a 40% reuse target for certain transport packaging formats. For companies developing new packaging solutions or managing existing packaging pools, it is becoming increasingly important to look beyond material selection alone.
The PPWR is changing what will remain compliant
New requirements for reuse and packaging minimisation also affect industrial transport packaging. What you design today can therefore influence compliance for years to come.
Reuse requires control over your packaging pool
A reusable crate or case only delivers benefits if it is returned and can be used again. Return logistics, tracking and effective management determine how many reuse cycles you actually achieve.
Repairing prevents unnecessary replacement
Damage does not automatically mean that an entire packaging solution needs to be discarded. By repairing or replacing individual components, industrial packaging can remain in use for longer.
Less material must not lead to more damage
For valuable and fragile products, protection remains the priority. Reducing material use only makes sense if the packaging continues to perform reliably during transport, storage and handling.
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Reusable packaging is particularly beneficial for recurring transport flows where the packaging is actually returned and can be used again. It is important to consider not only the initial purchase costs, but also product protection, lifespan, return logistics and costs across multiple use cycles. Returnable packaging is therefore not necessarily the best choice: the business case varies depending on the product and logistics flow.
Want to know more? Read about when returnable packaging can be a sustainable solution.
Want to find out whether returnable packaging is suitable for your transport process? Contact our packaging experts.
Industrial packaging becomes circular when materials and components are kept in use for as long as possible. This starts with a design that supports reuse and repair, while also considering recycling at the end of its lifespan. Return logistics, tracking and effective management are essential to making this circular approach work in practice.
Want to know more? Read about what circular packaging solutions mean for industrial applications.
Want to make circularity part of your packaging process? Discuss your requirements with our packaging experts.
Whether custom packaging can be reused is largely determined during the design phase. Durable materials, replaceable components and a construction that allows for maintenance and repair help ensure that packaging remains suitable for multiple transport cycles. Transport frequency, product characteristics and transport conditions also play an important role.
Want to know more? Read about which design choices make custom packaging suitable for reuse.
Want to develop packaging designed for repeated use? Let our engineers help you explore the possibilities.
The lifespan of reusable packaging depends on more than just its structural strength. Regular inspections, cleaning and timely repairs help prevent minor damage from leading to complete replacement. Effective packaging pool management, monitoring and tracking also help ensure that packaging remains available and fit for use.
Want to know more? Read about how reuse and effective management can extend the lifespan of packaging.
Want to get more value from your existing packaging pool? Discuss the options for management, maintenance and repair with Faes.
Look beyond the material used to manufacture the packaging. Expected frequency of use, required product protection, logistics processes, repair options and costs over the entire lifespan all influence which solution is most suitable. For industrial applications, improving sustainability therefore requires a combination of design, use and management.
Want to know more? Read about which factors play a role in making industrial packaging more sustainable.
Want to identify the biggest opportunities for improvement in your packaging process? Contact our packaging experts.
At Remade in Holland, refurbished electric motors were previously transported in cardboard boxes. An analysis of their logistics flow and a Life Cycle Assessment (LCA) showed that reusable crates were better aligned with their circular approach while also providing better protection for the motors during transport.
Read how Remade made the switch to circular packaging.The best solution depends on your product, transport flows and the number of use cycles. Our specialists assess design, materials, reuse and management to identify opportunities to make your packaging process more efficient and sustainable.
Have your packaging process assessed
Reuse, material reduction and recyclability are no longer just sustainability choices. With the PPWR, these aspects are increasingly becoming part of specific European regulatory requirements for industrial packaging. This means that decisions about design, materials and use will also play a key role in ensuring future compliance.
A reusable transport case often requires a higher initial investment than single-use packaging. Whether reuse is also financially beneficial depends on factors such as the number of use cycles, maintenance, repairs, return logistics and lifespan. A Total Cost of Ownership (TCO) calculation allows you to compare these costs over the entire lifespan rather than focusing solely on the initial purchase price.
Using less material or choosing packaging with a lower purchase price may seem attractive, but packaging must also provide adequate protection and perform reliably throughout the logistics chain. Damage, additional handling, returns and replacements can lead to both higher costs and unnecessary material consumption and transport. Taking these hidden costs into account provides a more complete picture of the true impact of a packaging choice.
