Sustainability has become one of the defining challenges for the logistics industry. Global supply chains are under growing pressure to reduce their environmental footprint, while at the same time ensuring efficiency, reliability, and cost-effectiveness. Forbo Movement Systems is taking decisive steps in this direction with two innovative solutions that demonstrate how advanced technology and responsible material choices can go hand in hand: the Amp Miser energy-saving conveyor belt and the Transilon ECOFIBER conveyor belt line made from recycled PET bottles. Together, they highlight Forbo’s commitment to strengthening sustainable practices in logistics and material handling.
At the core of Amp Miser is patented Texglide technology, a special layer on the underside of the belt that significantly reduces friction between the belt and the conveyor slider bed. The result is up to 50 percent lower energy consumption, as verified by TÜV Rheinland, making Amp Miser the best energy-saving belt in the industry by far. This means that every conveyor running with Amp Miser consumes far less power than with conventional belts, directly translating into a reduced carbon footprint during daily operations. In large distribution centres where hundreds of conveyors are in constant use, the cumulative energy savings are substantial.
But sustainability is not only about saving energy in operation — it is also about making smarter use of resources in production. This is where ECOFIBER comes in. The tension members of Transilon ECOFIBER are manufactured from recycled PET bottles, giving new life to a material that would otherwise become waste. By integrating post-consumer plastics into durable, high-performance conveyor belts, Forbo reduces the need for virgin raw materials and lowers CO₂ emissions associated with belt production. ECOFIBER represents a clear step toward the circular economy by demonstrating how recycled resources can be transformed into advanced industrial solutions.
The environmental benefits of both Amp Miser and ECOFIBER are reinforced by their strong performance characteristics. Both belt types are engineered for durability, consistent conveying reliability, and easy integration into existing systems. This ensures that companies can adopt sustainable technologies without compromising productivity or facing additional downtime. In fact, the improved energy efficiency and reduced wear can even extend the overall lifespan of conveyor systems, leading to fewer replacements and lower maintenance needs over time.
For logistics operators, the introduction of these technologies means more than just environmental progress. It enables them to align with stricter regulatory frameworks, meet corporate sustainability targets, and respond to growing expectations from stakeholders and consumers who demand greener supply chains. The cost savings from reduced energy consumption, combined with the reputational benefits of implementing circular materials, create a compelling case for adopting these solutions across a wide range of industries — from e-commerce fulfillment centres to airport baggage handling and parcel distribution hubs.
Forbo’s approach reflects a broader philosophy: sustainability must be built into the very fabric of industrial innovation. By focusing on measurable energy savings, transparent certifications, and tangible use of recycled resources, the company demonstrates that ecological responsibility can go hand in hand with technological advancement. Amp Miser and ECOFIBER are not isolated products, but part of an ongoing strategy to deliver solutions that contribute to climate action, resource efficiency, and the long-term transformation of logistics infrastructure.
As supply chains continue to expand and global commerce accelerates, the importance of sustainable logistics will only increase. Forbo is committed to helping its partners navigate this challenge with practical, effective, and future-ready solutions. Amp Miser and ECOFIBER illustrate how the industry can move forward — reducing environmental impact, improving operational efficiency, and paving the way toward a logistics sector that is both economically and ecologically resilient.
A multilingual professional experienced in Europe, Canada, and China, Herbert has developed invaluable networks in the automotive and energy industries. He has led high-profile projects involving ENBW, Mercedes-Benz Group, Siemens Group, and the Fraunhofer Institute.