The tire recycling industry is getting a serious robotic upgrade. Gilead Dynamics has chosen ATS Industrial Automation as its manufacturing partner to bring its innovative mobile tire recycling technology to full-scale production — a move that could reshape how we think about end-of-life tire management across North America and beyond.
Gilead Dynamics has developed a compact, deployable system capable of processing waste tires directly at collection sites, eliminating the costly and carbon-intensive process of shipping bulky tires to centralized facilities. By bringing the recycling process to the tires rather than the other way around, the company is flipping the traditional waste management model on its head.
That's where ATS Industrial Automation comes in. Known for engineering sophisticated automated production systems, ATS brings deep expertise in scaling complex technologies from prototype to high-volume manufacturing. Their involvement signals that Gilead's mobile units are ready to move beyond concept and into real-world deployment at meaningful scale.
Why does this matter for the robotics and automation industry? This partnership is a compelling example of how industrial automation isn't just optimizing factories — it's enabling entirely new categories of sustainable technology to reach commercial viability. Advanced robotics and precision engineering are what make it possible to miniaturize and ruggedize recycling processes that previously required massive fixed infrastructure.
With hundreds of millions of tires discarded globally each year, the environmental stakes are enormous. Automated mobile recycling solutions could dramatically reduce landfill accumulation while recovering valuable rubber, steel, and fiber materials. As climate pressures push industries toward circular economy models, partnerships like this one demonstrate that robotics is going to be central to making sustainability actually scalable. Watch this space — mobile industrial automation is just getting started.