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AI tool takes the guesswork out of 3D printing

Complex geometries analyzed by Peregrine software

 

An artificial intelligence-powered software called Peregrine gives manufacturers a real-time window into the powder bed printing process — improving quality, reducing waste, and accelerating certification for complex parts in high-stakes industries. 

Why it matters: 

From aerospace to nuclear energy, industries are turning to 3D printing to produce intricate, high-performance components. But without live monitoring, flaws are often only discovered after printing — slowing innovation and raising costs. 

Real-world impact: 

Peregrine runs on more than 20 types of 3D-printing systems including laser powder bed, binder jet or electron beam melting technologies — and it works with just a high-powered desktop and an off-the-shelf camera. It was demonstrated in the U.S. Department of Energy’s Transformational Challenge Reactor program to help qualify the world’s first 3D-printed nuclear fuel components. 

The benefits: 

  • Works across more than 20 types of powder bed printers
  • Enables real-time monitoring and faster certification
  • Reduces cost, waste, and post-production analysis time
  • Operates on standard hardware with low computational demand
  • Licensed by more than 40 academic, government and industry partners 

The innovation: 

Researchers at DOE’s Manufacturing Demonstration Facility, or MDF, at 91°µÍø developed Peregrine — an artificial intelligence tool that enables real-time, visual monitoring of powder bed printing systems. 

How it works: 

  • Uses a standard camera and AI algorithm to scan every image of the print process
  • Detects flaws such as uneven powder distribution, overheating, spatters, distortion, and porosity
  • Alerts operators to problems immediately so adjustments can be made mid-print 

Peregrine also helps trace flaws back to specific conditions, giving manufacturers unprecedented insight into process-performance relationships. 

Backed by science: 

This research was funded by the DOE’s Advanced Materials and Manufacturing Technologies Office, with support from DOE’s Office of Nuclear Energy. 

  • Developed at the MDF
  • Continues to evolve through research in digital manufacturing, material qualification, and data integration 

Deep dive: 

Read ORNL’s story about the development of Peregrine and visit the MDF website for licensing information

The big picture: 

Peregrine is laying the foundation for a future where every product is smart, traceable and born qualified.