The PMG OnMold RFID Label becomes a building block for transparent, automated logistics processes.

How companies use RFID-based identification to reduce losses and manage reusable packaging systems more efficiently

In industrial supply chains, reusable packaging, transport racks, and returnable assets play a critical role. At the same time, a lack of transparency, manual tracking, and hard-to-trace cycle loops remain among the most common daily operational challenges. This is precisely where the PMG OnMold RFID Label comes in.

The PMG OnMold RFID Label enables unique, touchless identification of returnable containers throughout their entire lifecycle—from incoming goods and production to their return back into the loop. Thanks to integrated RFID technology, movements are tracked in real time without requiring line-of-sight or manual scanning.

This drives significant efficiency gains, particularly in returnable asset management. Container losses are reduced, cycle times are better controlled, and inventory can be planned with greater precision. At the same time, the effort required for manual data entry and error-prone tracking processes is drastically reduced.

Engineered specifically for demanding industrial environments, the PMG OnMold RFID Label remains reliably readable even under harsh conditions. Temperature fluctuations, moisture, and mechanical stress in daily circulation do not compromise its performance. This makes the solution ideal for durable, continuously deployed reusable systems.

In practice, industries with complex internal logistics processes—such as automotive, manufacturing, and industrial supply chains - benefit the most. Seamless digital tracking creates full visibility into inventory, locations, and asset movements, allowing for significantly more precise control of the entire supply chain.

As a result, returnable packaging management becomes not only more efficient, but strategically controllable. The PMG OnMold RFID Label becomes a key component for transparent, automated, and sustainable logistics processes.