Kanazawa University Joins Project for Integrated Laser Metal Additive Manufacturing
A collaborative research and development initiative involving Kanazawa University has been selected for NEDO's K-Program, focusing on integrated laser metal additive manufacturing for high-value design and production.
Kanazawa University is participating in a new collaborative research and development project titled "Integrated Laser Metal Additive Manufacturing Technology for High-Value Added Design and Manufacturing." This project has been selected for the "K-Program" (Economic Security Critical Technology Development Program) by the New Energy and Industrial Technology Development Organization (NEDO).
The K-Program aims to foster the development of critical technologies essential for economic security. By supporting cutting-edge research, NEDO intends to strengthen Japan's industrial base and ensure a stable supply of essential goods and technologies.
The specific research focus of this initiative is on advancing laser metal additive manufacturing (L-MAM) technologies. The goal is to create integrated systems that enable the production of high-value components through innovative design and manufacturing processes. This includes exploring advancements in materials, printing techniques, and post-processing to achieve superior performance and functionality.
Participation in this NEDO program is expected to accelerate the development and practical application of these advanced additive manufacturing capabilities, potentially leading to new applications in various high-tech industries. Kanazawa University's involvement highlights its commitment to pushing the boundaries of advanced manufacturing technologies.
This project signifies a strategic push towards enhancing Japan's economic security through advanced additive manufacturing. By integrating design and L-MAM, the initiative aims to unlock new capabilities for producing complex, high-performance metal parts. Such advancements are crucial for sectors like aerospace and defense, where intricate geometries and specialized materials are paramount, contributing to the broader global trend of leveraging AM for critical infrastructure and specialized production.
Edited by the news editor with AI and translated into English from the original report — please refer to the original source.