Our automated post-processing solutions provide a safe, hands-free operation – combining software, hardware, and additive-formulated chemistry to remove the bottleneck in the third step of additive manufacturing.
When it comes to jewelry, the small details matter most – especially for 3D printing casting patterns. Intricate features and delicate materials make wax parts particularly vulnerable during post-processing, where removing supports without damaging fine details, compromising consistency, or creating safety concerns can be a difficult balancing act.
In this blog, we’ll explore the challenges of wax support removal in jewelry manufacturing, key considerations for a more repeatable process, and how Stuller approached these challenges through an automated approach.
Post-Processing Survey: Trends Report
Explore key findings and trends from the 2026 Additive Post-Processing Survey, revealing how professionals are approaching post-processing as additive manufacturing scales toward production.
Download Report >>
Meet the DEMI X 5000
The DEMI X 5000 brings automated resin removal to large-format SLA parts, helping improve throughput, safety, and cleaning consistency.
Watch Now >>
Customer Story: SCAD
See how the Savannah College of Art and Design uses PostProcess solutions to increase capacity & efficiency, giving students more time to support projects and gain hands-on experience.
Read Now >>Parts coming off 3D printers require support removal, resin cleaning, surfacing finishing and/or powder removal. This is where we come in.
PostProcess Technologies was created to automate the third step of additive manufacturing that is often tedious and labor-intensive. We’ve created comprehensive technology solutions that enable customer-ready 3D printed parts at scale. Over the past several years, we’ve become a leader in automated post-processing for support removal, resin cleaning, surface finishing, and powder removal. Our trusted solutions deliver unparalleled results and reduce time-to-market for 3D printed parts.
