Bambu Lab has officially teased an S1 3D scanner for a planned November 2026 introduction. The company has not published a definitive price, resolution, workflow or computer requirement. FCC documentation and Bambu's relationship with SCANOLOGY offer clues, but they are not a specification sheet. Treat comparisons with professional scanners as informed speculation, not proof of what will ship.
Scanning becomes genuinely valuable when a replacement part has complex curves, an awkward mounting surface or dimensions that are annoying to measure. The ideal path for an H2D owner would be: scan a real object, clean the mesh, establish datums and dimensions, rebuild editable geometry in Plasticity or another CAD package, then print a fit-test. The mesh-to-solid step is where many consumer-scanner demonstrations quietly stop.
A 60-watt input shown in regulatory material has led to speculation that the S1 might be a tethered, power-hungry device. The scanner's actual processing demands, portability and ability to capture shiny or dark surfaces are unknown. Those questions matter more than a glamorous render, especially if the target is automotive pieces or small mechanical components.
Before putting down money, ask for three demonstrations: a textured figurine, a smooth mechanical part with known measurements, and a dark or reflective object. Insist on seeing the raw point cloud, mesh cleanup, dimension accuracy and export options. STL alone is not an editable CAD workflow.
Action today: bookmark the announcement and build a two-object test list, perhaps a curved automotive trim piece and a household bracket. When independent hands-on tests arrive, compare the S1 against existing Revopoint and Einstar workflows rather than buying the first device wearing a Bambu badge.