AON3D

10/08/2026

When tooling takes weeks to source, process development slows to a crawl. For Bendix, large format 3D printing and high performance polymers changed that equation.

Using Hylo, their team can produce large, functional tooling in-house, iterate faster, and avoid waiting on expensive traditionally manufactured fixtures.

One specialized fixture that could have cost $15,000–$20,000 was produced for roughly $500–$600. The bigger win? Tooling is no longer the bottleneck.

Read the full story: https://hubs.la/Q04zCMDn0

Bendix turned custom production tooling into a fast, in-house workflow—cutting one fixture from $15K–$20K to just $500–$600.

09/29/2026

🏎️🏁 McGill Formula Electric is putting Hylo™ and ULTEM™ 9085 to work on race-ready parts—and taking our logo along for the ride.

See what they’re printing: https://hubs.la/Q04yCsw90

09/23/2026

📍ICAM 2026 - Come learn how physics-informed process control can reduce process variability in additive—helping address one of the fundamental challenges in part qualification. 📆 https://hubs.la/Q04y8lQt0

09/15/2026

IMTS 2026 — Come get an in-person demo of AON3D Hylo at our newest channel partner's booth, Dynamism 📍 https://hubs.la/Q04xzTt30

09/11/2026

Announced today, AON3D has partnered with Dynamism, one of North America's largest additive manufacturing distributors. Building on a strong demand for Hylo's large, high performance additive capabilities, the partnership brings Dynamism’s 29 years of additive expertise and a massive nationwide reach.

Partnership expands Dynamism’s additive manufacturing portfolio into large-format, high-performance polymer production

08/25/2026

🏎️🏁 When desktop 3D printing hits its limits, you don’t have to go back to machining. Printed in ULTEM 9085, this McGill Formula Electric part offers metal-like strength and high heat resistance with lower mass and faster turnaround compared traditional metal parts...

No tooling. No machining. Just race-ready parts, printed on demand.

See how they did it → https://hubs.la/Q04vgNX60

08/06/2026

One successful ULTEM™ part shows what's possible. A multi-day build shows those results are repeatable. 🎯📊

These ASTM D638 tensile coupons were printed across the Hylo™ build volume in multiple orientations.

The objective isn't simply to determine whether a machine can extrude ULTEM™ 9085.

It's whether it can produce repeatable mechanical properties—regardless of part placement, orientation, production run, or machine.

Repeatability isn't achieved with a hotter nozzle or a heated chamber. It's engineered by controlling every variable that influences the outcome.

Hylo continuously controls the printing process—from material management and extrusion to motion control, in-process sensing, and thermal management—reducing process variation before it becomes part variation.

Materials unlock capability. Process control unlocks production.

Learn about Hylo 👉 https://hubs.la/Q04s2tFk0

08/04/2026

🔬 With a 120°C chamber, $200kg ULTEM performed worse than Tough PLA. We tested printability, strength, and repeatability in 120°C vs. ≥185°C chambers. 👉 https://hubs.la/Q04rvGCV0

07/16/2026

AON3D Basis™ Thermal Simulation reveals shape-specific variations in layer heating to predict weld strength and overheating. Simulate your build before ever pressing print to skip the trial-and-error and get it right the first time—even with the toughest polymers.

Learn more about Basis here: https://hubs.la/Q04pJkQ60

07/10/2026

Every engineer evaluating ULTEM 3D printers asks the same question: Is a 120°C chamber enough? We put it to the test 👉 https://hubs.la/Q04pc1qT0

We're curious—if you've printed ULTEM™ at or below 120°C, what successes or limitations have you encountered?

We tested printability, strength, and repeatability in 120°C vs 185°C+ chambers