Azul 3D is a Skokie, Illinois deep-tech manufacturer that builds large-format, high-speed industrial 3D printers powered by its proprietary High Area Rapid Printing (HARP) technology. Spun out of Northwestern University in 2016, the company uses a flowing layer of non-stick fluorinated oil to carry away heat during continuous stereolithographic printing, which lets its machines produce human-sized polymer parts in hours rather than days. Its flagship LAKE printer targets manufacturers who want to make finished goods at scale instead of one-off prototypes.
Raef Sully is the CEO of Lilac Solutions, an Oakland-based company pioneering direct lithium extraction (DLE) technology using ceramic ion exchange beads. A structural engineer turned management consultant turned industrial executive, Sully brings 30+ years spanning tall buildings, the Australian Army Reserve, Bain & Company, and a decade running Nutrien's $10 billion nitrogen and phosphate division. He joined Lilac as COO in mid-2023 and ascended to CEO in February 2024 - the same month the company closed a $145 million Series C. Under his leadership, Lilac has achieved 87% lithium recovery at the Great Salt Lake, unveiled Gen 5 technology with 20x higher production rates, and signed a binding 10-year offtake agreement with Traxys North America targeting 50,000 tonnes of lithium product.
Riley Reese is the CEO and co-founder of ARRIS Composites, a Berkeley-based advanced manufacturing company that invented Additive Molding - a patented process combining 3D printing and compression molding to produce continuous carbon-fiber composite parts at commercial scale. A materials scientist who once built biodegradable heart tissue scaffolds at UC Berkeley, Reese pivoted that same obsession with fiber architecture into a $157M-funded company whose technology now shows up in Brooks running shoes, Skydio drones, and bicycle spokes. He previously co-founded AREVO, worked at medical device giant Stryker, and led additive manufacturing programs in Amsterdam at TNO - before returning to Berkeley to tackle what he calls 'a new manufacturing category.'