PostProcess Technologies Inc.

Get a real-world look inside Toyota’s approach to additive manufacturing.

Join TOYOTA Production Engineering, Stratasys, PostProcess Technologies, and 3D Printing Industry for an inside look at how Toyota is using an automated FDM workflow to solve complex engineering challenges, accelerate production, and improve repeatability across their end-to-end workflow.

Hear from Dallas Martin, Senior Engineer at Toyota, alongside Fadi Abro of Stratasys and Ryan Hoag of PostProcess Technologies, as they share real-world automotive applications, lessons learned, and what it takes to build a production-ready workflow.

📅 Wednesday, September 30th | 11:00 AM EST

Register today > https://www.airmeet.com/e/230ebbd0-97bc-11f1-bcd9-eb112d52e87d

If you’re at IMTS 2026 this week, don’t forget to stop by the Stratasys booth and see PostProcess Technologies!

We’re showcasing the DEMI X 520 paired with the Origin printers to highlight a complete, end-to-end workflow.

Stop by South Hall, Booth 338460 to see how these technologies work together to bring enhanced efficiency and repeatability to your workflow.

📍 Sept. 14–19 | South Hall, Booth 338460

Next week, the International Manufacturing Technology Show (IMTS) returns to Chicago!

The largest manufacturing trade show in the Western Hemisphere, there's something for everyone, from a massive amount of exhibitors to sessions on everything from and metal to revitalizing critical machine tools, and much more.

The 3DPrint.com team will be on the show floor, hope to see you there!

https://www.imts.com/show/reg.cfm

At the Savannah College of Art and Design (SCAD), students are gaining real-world experience by bringing ideas to life through additive manufacturing.

With students producing approximately 2,000–2,500 parts each quarter, finding an efficient way to manage post-processing was essential to keeping projects on track throughout SCAD’s accelerated 10-week academic calendar.

By integrating the PostProcess BASE and DEMI 830, SCAD automated FDM & PolyJet support removal across both technologies, reducing manual labor, increasing efficiency and giving students more time to design, experiment, and bring their projects to life.

This is not only an example of how automated post-processing can support production efficiency, but also impact the hands-on learning experience at the heart of additive manufacturing education.

Take a look at what SCAD students are creating, then explore the full customer story to see how automated post-processing supports their classwork > https://hubs.ly/Q04vnYs20

“We needed an automated post-processing solution that would protect delicate part features while replacing IPA with a safer, longer-lasting cleaning solution. The PostProcess DEMI X 520 delivered on every requirement.”

For Stuller, delicate wax casting patterns for jewelry required a post-processing solution that can remove wax supports without compromising part quality.

With the PostProcess DEMI X 520 for Wax Removal, Stuller moved from manual, IPA-based cleaning to a hands-free workflow designed to protect delicate features while delivering more consistent results.

Less than a year after installation, the DEMI X 520 became part of Stuller’s daily production - helping reduce broken parts, manual labor, and safety concerns while creating a more consistent wax support removal process.

Read our latest customer story here:https://go.postprocess.com/hubfs/Customer_Story/Stuller-Case-Study.pdf

3D Printing News Briefs, July 11, 2026: Fundraiser, Strategic Guide, Dentures, & More - 3DPrint.com | Additive Manufacturing Business In this weekend’s 3D Printing News Briefs, we’re starting with relief efforts for the earthquakes that hit Venezuela last month. Then we’ll move on to a new white paper from...

Environment. Health. Safety.

Three words that become even more important as additive manufacturing scales into production. Yet, the biggest EH&S challenges often begin after the print is complete.

In our latest white paper, we examine the risks associated with conventional post-processing workflows, such as open air dunk tanks, flammable solvents, and repetitive manual handling. These practices make it difficult to maintain a safe and efficient production environment.

To address these critical gaps in EH&S, we take a deeper dive into our automated, fully enclosed post-processing systems and how they can reduce chemical exposure, lower energy, minimize waste and create an overall cleaner production environment.

To take a closer look, download our white paper: https://hubs.ly/Q04nJ43B0

When you're producing FDM parts at scale, post-processing can quickly become the bottleneck.

For Stratasys Direct Manufacturing, traditional immersion-based support removal processing were creating bottlenecks, leading to long drying times, shipment delays, and high scrap rates.

By implementing the PostProcess BASE automated spray-based support removal system, they transformed a critical step in their workflow, supporting more efficient production for parts printed on their Stratasys FDM systems.

The results:
✔ 40% increase in throughput
✔ Reduced scrap from 50% to zero for a critical PC part
✔ Enabled same-day shipment for many applications
✔ Eliminated workflow bottlenecks and lab space constraints

See how Stratasys Direct streamlined post-processing and improved operational efficiency in our latest customer story >https://go.postprocess.com/hubfs/Customer_Story/Stratasys-Direct-Manufacturing-FDM-BASE-Case-Study.pdf

Precision is non-negotiable in defense applications.

As Memorial Day approaches, we honor and remember those who have served, while recognizing the importance of supporting today’s military with the tools they need to stay mission-ready. PostProcess helps unlock the full potential of additive manufacturing for the Department of Defense by turning post-processing from a bottleneck into a streamlined advantage.

Our patented solutions combine proprietary software, hardware, and sustainable chemistry to deliver consistent, high-quality 3D printed parts - supporting defense teams with the speed, accuracy, and reliability they need.

https://hubs.ly/Q04hF2xh0

With a lean team supporting high-throughput additive manufacturing operations, automation is critical at Toyota Production Engineering.

By implementing the PostProcess BASE and PostProcess DEMI 4100, Toyota Production Engineering transformed both its FDM and SLA post-printing workflows - cutting FDM support removal from days down to minutes while improving workflow consistency and safety.

Our latest blog features first-hand insights from Dallas Martin and his experience with our solutions as an Additive Manufacturing Engineer at Toyota. Check it out here > https://hubs.ly/Q04h1-R50

Accelerating Production at Toyota: The Impact of PostProcess BASE and DEMI 4100 - PostProcess Technologies At Toyota Production Engineering, Additive Manufacturing Engineer Dallas Martin and his team bridge the gap between design and manufacturing. With a lean team supporting high-throughput work within the additive facility, automation plays an important role in helping them keep pace and stay efficient...