Nissan and Osaka University Research New Tech for Next-Gen Cars
Nissan and Osaka University are collaborating on research for next-generation vehicle development, aiming to commercialize a high-speed 3D printing technology called AFSD.
Nissan and Osaka University have initiated research into new technologies for the development of next-generation automobiles. A key focus of this collaboration is the practical application and commercialization of a novel high-speed 3D printing method known as AFSD (Additive Friction Stir Deposition).
AFSD is a unique additive manufacturing process that utilizes friction stir welding principles to deposit materials. This technology is designed for high-speed deposition, allowing for the rapid creation of components that were previously challenging or time-consuming to produce with conventional 3D printing methods.
The partnership aims to leverage AFSD's capabilities to accelerate the development cycle for new automotive parts and prototypes. The ability to print complex geometries at a faster rate could significantly reduce lead times in vehicle design and testing phases.
By integrating AFSD into their research and development pipeline, Nissan and Osaka University intend to explore its potential for manufacturing various automotive components, potentially leading to lighter, stronger, or more intricate designs. This initiative represents a step towards more efficient and advanced manufacturing processes within the automotive industry.
The development of AFSD by Nissan and Osaka University signifies a move towards faster, more robust additive manufacturing for automotive applications. This friction-based deposition method offers potential advantages in material deposition speed and part integrity, crucial for producing functional prototypes and eventually end-use parts. Such advancements are vital for the automotive sector's push for rapid innovation, customization, and potentially lighter vehicle structures.
Edited by the news editor with AI and translated into English from the original report — please refer to the original source.