Applied Motion Systems designs, builds, and integrates automation systems across applications that range from a 122-axis carbon fiber layup machine to an undersea tidal generator array. What connects that range isn’t a product catalog, it’s a methodology.
AMS designed a purpose-built coffee sleeve machine from the ground up. It was the first complete production line AMS engineered from scratch, replacing two underperforming lines and solving a thermal adhesive constraint that had been limiting speed.
A Pacific Northwest kiln manufacturer needed to double output, eliminate silica dust exposure, and automate a brick machining process that had never been automated before. AMS built the machine from scratch — and it earned a U.S. patent.
A major aerospace manufacturer needed to produce work-hardening sleeves faster, better, and without growing headcount. AMS built a production cell that runs lights-out, 24/7, at one sleeve every four seconds — and eliminated quality variation the previous process had accepted for years.
A first-of-its-kind deep-water standing wave pool needed to run reliably across a 100-day season, operated by a seasonal workforce with zero tolerance for downtime. AMS engineered the Siemens automation and controls system that made it possible.