Phase3D and Rowan University Are Partnering on Real-Time Metal AM Inspection

A Real-World Catch on the First Build

Rowan University's Digital Engineering Hub installed a new metal additive manufacturing system and ran its first build with Phase3D's Fringe Inspection hardware watching. The software detected that the first 60 layers had printed only part contours, skipping the infill and support structures entirely. Without the monitoring system, that error would have wasted material, machine time, and probably delayed the lab's opening schedule.

What Fringe Inspection Does

Phase3D makes in-situ process monitoring hardware for metal AM. Fringe Inspection projects structured light onto the build plate and captures height maps layer by layer. The system compares each layer against the intended geometry and flags deviations in real time.

For Rowan, that data gives students and researchers a calibrated, unit-based record of how each build actually happened. If a part fails, they can trace the failure to specific layers and specific process conditions instead of guessing.

The Education Angle

Rowan's DEHub serves as a training ground for engineers who will operate metal AM systems in industry. Teaching with Fringe Inspection means students learn to interpret process data, not just push buttons. The partnership also gives Phase3D a test bed for new features in a real university environment.

The collaboration comes as metal 3D printing moves from prototyping toward serial production. Qualification and certification are the bottlenecks now, and hands-on experience with data-driven inspection tools is exactly what employers are asking for.

Why This Matters Now

Metal AM is growing faster than the pool of trained operators. Universities that equip their labs with in-situ monitoring produce graduates who already understand how to qualify a process and document its results. That shortens the onboarding curve for companies adopting metal printing for end-use parts.

The partnership also highlights a broader trend: quality assurance hardware is becoming standard equipment rather than an optional upgrade. As printers get faster and build volumes get larger, catching a layer deviation early saves more than money. It saves trust in the process.