Dom Tucci, Designer, Tucci Hot Rods

11/02/22 • 53 min

Just in time for SEMA 2022 in Las Vegas, the largest aftermarket auto show in the world, join us to hear from hot-rod builder and designer Dom Tucci who designs custom vehicles at Tucci Hot Rods, his family-owned auto garage in Marcy, NY. In this episode, Dom shares his approach to incorporating 3D printing into their auto garage’s traditional fabrication equipment for creating custom parts and supporting other processes. He discusses in detail several recent projects such as his SEMA-award winning 2022 Ford Maverick custom race-styled vehicle from last year.

Previous Episode

Jeffrey Cernohous, PhD - Executive Advisor of Infinite and COO of Interfacial, a Nagase Company

Additive manufacturing and materials science innovator Dr. Jeffrey Cernohous shares the story of Infinite Material Solutions, and the highly unique support and build materials for 3D printing that they offer such as Aquasys and Caverna. He also discusses the launch of EMPOWR3D, an innovation center for additive manufacturing (AM) services. PLUS BONUS INTERVIEW: includes a follow-up conversation that took place at TCT Rapid 2022.

Next Episode

Jeremy Robinson - Motocross Racing Technologist - Kawasaki Motors Corp, USA

Join Talking Additive host Matt Griffin and Dylan George, UltiMaker’s Application Engineer Manager, Americas, as they sit down to talk about Metal FFF and 3D printing with Jeremy Robinson, Motocross Racing Technologist at Kawasaki Motors Corp., USA.

Jeremy is responsible for the mechanical design of many of the specific components for Kawasaki Motocross Racing motorcycles. Jeremy and his team have been leveraging 3D printing for several years for custom parts, tool management, and fast design iteration. But it is only in the past year or so that they have taken the leap into Metal FFF, and the new process has opened up new capabilities for his shop, and at a price point that makes sense for a large number of SKUs and small-volume batches that they run as they develop and optimize parts each year.