Additive manufacturing builds physical objects layer by layer from digital models, inverting the subtractive logic of traditional machining. From desktop FDM printers extruding thermoplastic filament to industrial SLM systems fusing titanium powder with high-power lasers, these technologies enable geometries impossible to machine — lattice structures, internal channels, and topology-optimized organic forms that minimize material while maximizing strength.
These simulations let you control extrusion parameters in FDM, tune UV exposure curves in SLA, model melt-pool dynamics in SLM, explore binder saturation in jetting processes, and optimize support structures to reduce material waste — each grounded in the thermodynamics, photochemistry, and mechanics that govern real production systems.