Key Takeaways
- Phase3D has secured $2.9 million in funding to scale its in-situ monitoring (ISM) device, Fringe Inspection, for metal additive manufacturing (AM)
- Fringe Inspection uses structured light to detect potential failures during printing and can plug into most industrial-scale metal machines
- The technology has been qualified for use by the US military and NASA, enhancing its viability for widespread adoption
- The funding round was led by Quest Venture Partners and will be used to accelerate the development and scaling of Fringe Inspection
Introduction to Phase3D and Fringe Inspection
The metal additive manufacturing (AM) industry is experiencing rapid growth, with companies like EOS selling large numbers of 3D printing systems to manufacturers like Beehive Industries. However, the pace of this growth will depend on factors such as workforce development, material qualification, and quality control. Phase3D, a Chicago-based startup, has developed a solution to address these challenges with its Fringe Inspection ISM device.
How Fringe Inspection Works
Fringe Inspection uses structured light to measure the geometry of a build surface and detect deviations during printing. This technology can identify potential failures as they emerge, allowing for real-time quality control and reducing the risk of costly rework or scrap. The system is designed to plug directly into the printer and is compatible with most industrial-scale metal machines, including powder bed fusion (PBF), multi-jet fusion (MJF), and cold spray.
Comparison of In-Situ Monitoring Technologies
| Technology | Compatibility | Detection Method |
|---|---|---|
| Fringe Inspection | Most industrial-scale metal machines | Structured light |
| Other ISM systems | Limited compatibility | Various detection methods |
Qualification and Adoption
Phase3D has already worked with the US military and NASA to qualify its technology for use in metal AM production. This qualification, combined with the system's compatibility with a wide range of printers, makes it an attractive solution for manufacturers looking to implement metal AM into their workflows.
Funding and Future Development
The $2.9 million funding round, led by Quest Venture Partners, will be used to accelerate the development and scaling of Fringe Inspection. This investment will enable Phase3D to further refine its technology and expand its reach into the metal AM market.
Bottom Line
Phase3D's Fringe Inspection ISM device has the potential to play a significant role in the growth of the metal additive manufacturing industry. With its ability to detect potential failures in real-time and its compatibility with a wide range of printers, it can help manufacturers to improve quality control and reduce costs. The recent funding round will enable Phase3D to further develop and scale its technology, making it an exciting time for the company and the metal AM industry as a whole.