Phase3D Secures $2.9M for In-Situ Metal AM Inspection Expansion
Phase3D has raised $2.9 million to advance its in-situ inspection technology for metal additive manufacturing, aiming to improve quality control and reduce waste.
Phase3D, a company specializing in in-situ monitoring for metal additive manufacturing, announced it has successfully raised $2.9 million in a funding round. This investment is earmarked for the expansion of its technology, which focuses on real-time quality assurance during the metal 3D printing process.
The company's core offering involves a system designed to detect and correct defects as they occur, rather than relying on post-processing inspection. This proactive approach aims to significantly reduce material waste and shorten production lead times by ensuring parts meet specifications from the outset.
Phase3D's technology is particularly relevant for high-value applications where quality and reliability are paramount, such as in the aerospace and medical industries. By integrating inspection directly into the build process, manufacturers can achieve greater confidence in their printed components and streamline their overall additive manufacturing workflows.
The funding will support Phase3D's efforts to scale its operations, further develop its product capabilities, and broaden its market reach. The company's mission is to make metal additive manufacturing more robust, efficient, and accessible by providing advanced in-situ monitoring solutions.
This funding round for Phase3D highlights the growing industry demand for advanced quality assurance in metal additive manufacturing. In-situ inspection is crucial for enabling serial production and reducing costs by catching defects early. This directly supports the push for reliable AM components in critical sectors like aerospace and could eventually contribute to more efficient on-demand manufacturing, including potential applications for space exploration and off-world construction.
Edited by the news editor with AI from the original report — please refer to the original source.