AON3D

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

06/18/2026

At AON3D, we don't stop at parts that just 'look good'. We take it a step further, using material science, in-process monitoring, and rigorous testing to optimize our printers and profiles for real-world performance. Because the most important characteristics of an industrial part are often the ones you can't see.

These microscope images offer a glimpse beyond what's visible to the naked eye, revealing the structures that influence strength, durability, and long-term reliability.

Print high performance tooling and end-use parts in-house 👉 https://hubs.la/Q04lP70Q0

05/22/2026

We have been invited to join the Canadian Pavilion at COMPUTEX TAIPEI/ InnoVEX 2026, June 2-5 at the Taipei Nangang Exhibition Center.

We will be demonstrating Hylo™ and Basis™, and are excited to continue engagement with our partners and customers in the Asia Pacific region, along with those in semiconductor technology, aerospace, drones, defense and advanced manufacturing looking to make the most of High-Temperature Additive Manufacturing and High Performance Polymers!

Thank you to Trade & Investment, Canadian Trade Office in Taipei for your support in facilitating this wonderful exhibit.

感謝您的關注與支持,誠摯期待與您於展會現場相見。

If you'll be there or know someone interested in connecting, book through the link and check out the story in comments below!👇

04/22/2026

3D printed threads and glue don’t cut it for functional parts. Here’s how to assemble parts that actually hold up 👉 https://hubs.la/Q04cQF1W0

Threads, inserts, or taps? Here’s how to join 3D printed parts.

04/21/2026

Recently awarded $10.2m to develop a 1,600 m² solar sail propulsion system for NASA, find out how Opterus is using AON3D printers to push the boundaries of deployable space systems 👉 Link in comments

04/20/2026

With Artemis II reigniting lunar exploration and commercial rockets proving reusability at scale, space is entering a new era, fueled by 3D printing 🚀
https://hubs.la/Q04cN7Lc0

Learn why the Canadian Space Agency turned to High Temperature 3D Printing and ULTEM™ to help study the short- and long-term health effects of humans in space.

04/15/2026

Two days down, it's not too late to come get an in-person demo of Hylo at RAPID + TCT booth #1130. See you there📍