Raise3D integrates AMT post-processing into RMS220 SLS workflow

Raise3D has formally partnered with Additive Manufacturing Technologies to integrate automated post-processing solutions into its RMS220 SLS 3D printing ecosystem. This collaboration focuses on streamlining the production of PA12 and TPU parts for European industrial customers by incorporating AMT's proprietary vapor smoothing technology directly into the post-print workflow. The RMS220, which features a 220x220x220mm build volume, will now benefit from automated surface finishing, reducing the manual labor typically associated with powder removal and surface refinement in SLS production. This integration is designed to provide a turnkey solution for manufacturers seeking to move beyond prototyping into small-batch end-use part production.

This partnership addresses the persistent bottleneck of manual post-processing in polymer powder bed fusion, a critical hurdle for scaling SLS adoption in industrial environments. While Raise3D has historically established its market presence through high-performance FFF systems, the RMS220 represents a strategic expansion into the SLS segment, where surface quality and mechanical consistency are primary competitive requirements. By aligning with AMT, Raise3D positions itself to compete more effectively against established MJF and SLS providers that offer integrated finishing workflows. The move reflects a broader industry trend toward full-stack manufacturing solutions, where hardware reliability is increasingly measured by the efficiency of the entire post-print cycle rather than just build speed.

For industrial users, this integration simplifies the procurement and operational setup by consolidating hardware and finishing requirements under a unified workflow. Buyers should evaluate the specific surface roughness requirements of their applications, as vapor smoothing alters part dimensions and mechanical properties compared to raw SLS outputs. Successful implementation will depend on Raise3D's ability to maintain consistent software integration between the printer and the finishing unit to ensure repeatable results for end-use components.