Linxens IoT Solutions, working in collaboration with UnaBiz and NXP Semiconductors, has revealed its smart label programme designed to revolutionise the supply chains and logistics sector and drive sustainability. The labels are going to reduce environmental impact, streamline operations, and help companies meet regulatory requirements such as the EU’s Corporate Sustainability Reporting Directive (CRSD).
Designed to reduce greenhouse gas emissions in the logistics sector, Linxens’ autonomous labels utilise Sigfox 0G technology owned by UnaBiz to enable seamless track-and-trace services indoors and outdoors, addressing the growing demand for efficient, data-driven supply chain solutions.
Linxens has developed high-performance, eco-friendly labels that provide end-to-end visibility in logistics operations. Key applications for this include precise inventory management and customisable global tracking, making them an ideal solution for businesses aiming to enhance efficiency while meeting sustainability goals.
The key features are:
- Ultra-thin design: At less than 5mm thick, the labels are sleek yet robust, ensuring optimal integration into logistics processes
- Sustainability at the core: Constructed from bio-sourced plastics and recyclable materials, these labels significantly reduce environmental impact
- Energy efficiency: With advanced energy harvesting technology, the labels are designed for autonomous IoT operations, minimising power consumption
“Our years of expertise in electronic assembly and converting processes have allowed us to develop a product that meets the demands of today’s markets while addressing environmental concerns. By combining innovative design with a commitment to sustainability, Linxens is paving the way for greener and smarter IoT solutions with a huge impact on the industry,” said Laurent Coussonnet of Linxens IoT Solutions.
There’s plenty of other editorial on our sister site, Electronic Specifier! Or you can always join in the conversation by commenting below or visiting our LinkedIn page.
