Phase3D Secures $2.9M for In-Situ Metal AM Quality Monitoring
Phase3D has successfully closed an oversubscribed $2.9 million funding round to accelerate the adoption of its Fringe Inspection in-situ monitoring system for metal additive manufacturing.
Chicago-based startup Phase3D has announced the closure of an oversubscribed $2.9 million funding round, led by Quest Venture Partners. The company plans to utilize these funds to expedite the scaling of its Fringe Inspection system, a device designed for in-situ monitoring (ISM) in metal additive manufacturing (AM).
Phase3D's Fringe Inspection system employs structured light technology to project onto a build surface, enabling precise measurement of geometry and the detection of deviations during the printing process. This capability is crucial for enhancing quality control in metal AM, a sector experiencing increasing demand for scaled production.
The ISM device is designed for broad compatibility, integrating directly with printers and supporting most industrial-scale metal AM machines, including Powder Bed Fusion (PBF), Material Jetting (MBJ), and cold spray processes. Phase3D's existing collaborations with branches of the U.S. military, such as the Air Force and Navy, along with NASA, indicate its technology has undergone qualification for critical AM applications.
According to Phase3D founder and CEO Niall O’Dowd, this investment will accelerate the adoption of real-time quality inspection for AM. Ray Farrell, an incoming board member, highlighted the company's early traction with aerospace and automotive prime customers, as well as its alignment with top-level initiatives from defense and space agencies.
Phase3D's funding success underscores the growing need for robust quality assurance in metal AM. Their in-situ monitoring solution addresses critical challenges in material qualification and workforce development by improving process repeatability and reducing the need for extensive manual inspection, thereby facilitating the broader industrial adoption of metal additive manufacturing.
Edited by the news editor with AI from the original report — please refer to the original source.