Mouser Electronics, Inc., the authorized global distributor of the newest electronic components and industrial automation products, has released the latest edition of its Empowering Innovation Together (EIT) series, titled “That’s 3D Printed?”. This installment explores how additive manufacturing is reshaping industries with advanced materials, artificial intelligence (AI), and accelerated production cycles. 3D printing, also known as additive manufacturing, has transformed the way complex geometries and intricate internal structures are built, achievements often impossible with traditional subtractive methods. The technology’s evolution, driven by AI integration and new materials, has expanded its applications from FAA-certified titanium engine components to biomaterial-based human cartilage implants.
For engineers, this represents unprecedented design freedom and agility, supported by AI-powered optimization tools that streamline workflows and reduce production barriers.
As part of the series, Mouser’s The Tech Between Us podcast features Mark Beatty, CEO of 3D Agility, discussing how 3D printing is revolutionizing equipment lifecycles, obsolescence strategies, and manufacturing processes. In In Between The Tech, Stefanie Brickwede, Managing Director of Mobility goes Additive, provides insights on the progress of additive manufacturing, advancements in materials, and challenges for large-scale adoption.
“Additive manufacturing isn’t new, but its impact is accelerating,” said Raymond Yin, Director of Technical Content, Mouser. “With the rise of novel materials and AI, engineers can now design with greater precision and fewer limitations. This installment explores how these advancements are not only reshaping design workflows but also helping solve real-world supply chain challenges through fast, on-demand production.”
The EIT series also includes videos, technical articles, infographics, and exclusive subscriber content, diving deeper into the role of additive manufacturing in on-demand production, spare parts localization, customized consumer goods, and supply chain resilience. By exploring the diverse use cases of additive manufacturing, engineers can develop innovative solutions for on-demand production, facilitate the creation of customized consumer goods, and effectively address supply chain challenges through localized and efficient spare parts manufacturing.
