New-era in-situ inspection
for 3D printing.

Scan & detect your print’s anomalies in 3D—Real-time + Real-units.

ENTER THE NEXT PHASE

JOIN THE EARLY
ADOPTER PROGRAM

Detect 3D-print anomalies in Real-time + Real-units.

Smart data displayed fully in 3D: Gain true awareness over your process.

Attach to any powder bed-based AM/3D-printer.

Revolutionizing powder bed fusion + binder jetting. Currently available for Exone innovent, EOS M 290. Development is occurring on GE M2, Renishaw AM400, 3D Systems Pro X 200.

Detect defects in real-time throughout all print cycles.

Phase3D’s Project ƒringe uses Structured Light + Machine-Vision to detect anomalies in real-time throughout all your 3D-print cycles.

Plan strategically with real units.

Our GUI platform displays the faults in their true-3D environment + quantified in real-units. Enable informed, precise, & strategic design revisions + cycle-planning.

HARDWARE + SOFTWARE:

REVOLUTIONIZING METAL 3D-PRINTING MONITORING

scan:

Attach to any printer, scan @ any scale.

Spot:

Detect defects in real-time. Fully monitor operations.

Solve:

Address what needs to be adjusted. Plan with real, strategic precision.

Unlock unmatched
3D-print omniscience.

Every print eventually breaks down. Take the unknown out of the equation:

360-3d:
defects shown in 3d

Detects anomalies
in your 3D-print, displays them in 3D.

SMART DATA:
‍REAL-TIME / REAL UNITS

Real-time smart data
‍quantified in actionable real units.

modular:
any printer, any scale

Attach to any printer, scan @ all scales, non-destructively.

Be aware of every step, in every cycle @ any scale.

Print with awareness. Print strategically.

in situ monitoring for 3d-printing

Defects detected & displayed in 3D.

Evaluate every 3D-print cycle as it is meant to be observed—in native 3D.

Other monitoring solutions only display in 2D, giving an unclear approximation of what to adjust.

With Phase^3D’s Project ƒringe, examine anomalies in your 3D-print in their true-3D environment—pinpoint to a tee exactly what you need to adjust.

STRATEGIC PRINTING

Real-time smart data quantified in real units.

Design a targeted strategy/mechanical system for every cycle.

Know where/when your print malfunctions in real-time and know with real, precise measurements exactly how to fix it.

Say goodbye to printing on a prayer—find & fix the defects on the first day.

MODULAR, NON-INVASIVE, RAPID LIGHT-TECHNOLOGY

Attach to your printer. Scan @ any scale, non-destructively.

We use proprietary, modular Structured Light technology to measure any 3D-print via non-destructive evaluation.

Attach Phase^3D’s Project ƒringe to any printer @ any scale, and experience the speed of light and the power of real-time smart data to usher your operations into a new era of accurate 3D-printing.

Detect defects with more speed, more accuracy, and unmatched efficiency.

Enter the next phase of 3D-printing.

Discover defects as they occur. Print with awareness, print strategically.

CURRENT 3D-PRINTING

3D-PRINTING w/ PHASE^3D

You design a complex process.

You print.

You wait.

You trust printer to have
it go right in a week.

You reassess hoping to address
the right defect and send
back to print on a prayer.

Timely + Costly
+ Ineffective.

You design a complex process.

You print, Phase^3D actively monitors,
scanning every cycle in real-time.

Notified of print faults instantly.
Edit the components in their
native 3D environments.

Record + Quantify defects in real units. Know exactly what to adjust.

Optimized precision.
New-era efficiency.

Start printing strategically.

Take control.

Enter the next-era of 3D-printing.

Get in touch

Meet the team.

We are builders, always growing, and looking to add more.

We call the Chicago area home. With funding from the Department of Energy, US Air Force, and National Science Foundation, we boast the agility of a start-up with the unmatched resources of the US machine.

We are a multi-disciplinary team of engineers & developers, growing quickly to fulfill demand for next-phase 3D printing.

Are you ready to define the next phase of in-situ monitoring? Join us!

Learn more