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Phase3D was founded with a clear mission to advance the additive manufacturing industry by offering trusted part quality assurance technologies. Born out of deep research in structured light and digital fringe projection, Phase3D created a real-time, in-situ inspection systems for additive manufacturing, now known as Fringe Inspection.
The team, headquartered in Chicago, Illinois, has grown rapidly to more than 20 engineers, developers, and support staff to support a growing global customer base. Phase3D continues to expand into new markets with an ever-advancing line of products.
Phase3D Releases Fringe Inspection Systems
The systems—Large Format Fringe Inspection and Large Format Fringe Inspection Hi-Rez—extend Phase3D’s in-situ inspection technology to support the EOS M 400 series of…
Phase3D Unveils Fringe Inspection M2 Series 5 Kit
Phase3D delivers its measurement-based quality assurance technology to the GE Additive (Colibrium Additive) M2 Series 5 metal additive manufacturing platform.
Phase3D Delivers Fringe Inspection to Renishaw 500 Series
The system is noninvasive and fully reversible, allowing manufacturers to restore the printer to its original state without hassle.
Easier Inspection for 3D Printing
New online store from Phase3D makes it easier to integrate quality assurance with additive manufacturing hardware.
Phase3D Launches Online Store
Company has unveiled a redesigned website and new online store to make it faster and easier for manufacturers to integrate Fringe Inspection into their production workflows,…
Phase3D Wraps Up Air Force Cold Spray Inspection Deployment
Phase3D deploys Fringe Inspection cold spray for Air Force customer at Ellsworth Air Force Base, Phase3D reports.
Phase3D Launches Fringe Qualification
Product said to aid in real-time production control in additive manufacturing.
Production-grade AM Gets Quality Boost
Advances in artificial intelligence, in-situ monitoring and process control are picking away at longstanding concerns about additive manufacturing part quality, but more work…
Simulating the Way to Consistent 3D Printed Parts
As production-scale AM gains traction, process simulation and in-situ monitoring are keys to consistent quality and optimized performance for 3D-printed parts.