AM Solutions launches S1 Basic compact system for automated polymer post-processing

AM Solutions introduced the S1 Basic at the 3D Print trade fair in Lyon in June 2026, a compact automated system for cleaning and surface treatment of additively manufactured polymer parts. The system targets powder-based processes including SLS, Multi Jet Fusion, High Speed Sintering, and Selective Absorption Fusion, handling parts up to 100 × 100 × 100 mm in automated mode and 350 × 200 × 200 mm manually. It uses a single blasting medium in a 2-in-1 process that removes powder residues, homogenizes surfaces, and prepares parts for chemical smoothing or coloring. Integrated blasting medium recycling with powder separation and an anti-static system reduce consumable waste and part adhesion, while a filter system maintains workplace cleanliness. David Soldan, Head of AM Solutions, stated the S1 Basic creates a seamless system logic covering both entry-level and demanding industrial applications.

This launch addresses a persistent bottleneck in polymer AM production workflows: post-processing remains manual, labor-intensive, and poorly documented, undermining the repeatability that industrial users require. The S1 Basic fits the pattern of service-based adoption, where value capture shifts from printer hardware to the ancillary equipment that makes production reliable. AM Solutions, a brand of the DyeMansion group, already dominates the polymer post-processing segment with its S1 and S-Series lines; the S1 Basic extends that reach downward to development labs and pilot production, where budget and space constraints previously forced manual methods. Competitors like PostProcess Technologies and Solukon offer automated depowdering and cleaning, but few combine cleaning and surface treatment in a single compact unit at this price point. The system directly supports the growing adoption of polymer PBF processes in industrial tooling, medical prototyping, and consumer goods, where documented, repeatable surface quality is becoming a qualification requirement.

For buyers evaluating polymer AM production, the S1 Basic removes a common hidden cost: manual post-processing that varies between operators and shifts. The practical next step is for AM Solutions to demonstrate cycle-time and cost-per-part benchmarks against manual workflows, particularly for small-series runs of 50–500 parts. The system is commercially available now, so early adopters in automotive prototyping and medical-device pilot lines should test it against their existing depowdering and surface-prep processes to validate the claimed throughput and quality consistency.