Most 3D printing still happens in 3 axes: layer-by-layer, stacking flat slices in the Z direction. That constraint shapes everything—from support structures to weak interlayer bonds. 6-axis 3D printing removes that limitation. By combining robotic arms with additive manufacturing, the print head can move and orient freely in space. Instead of forcing geometry into horizontal layers, the toolpath follows the part. What this enables in design and production: * Curved layer deposition: Material can be laid along stress paths instead of across them, improving mechanical performance and reducing anisotropy (directional weakness). * Support minimization: Complex overhangs can be printed without traditional supports by reorienting the nozzle dynamically. * Hybrid manufacturing: Print + machine workflows (additive + subtractive) can happen in one setup, improving tolerances and surface finish. * Topology-driven fabrication: Designs optimized through simulation (e.g., topology optimization) ...