Additive manufacturing processes inherently produce high surface roughness and geometric inaccuracies. Eliminating these defects ensures structural integrity and dimensional compliance for high-performance vehicle applications.

Inconsistent material flow and positioning errors during extrusion lead to deviations from the intended digital model. Eliminating these inaccuracies ensures structural integrity and dimensional fidelity of the final object.

Air entrapment and thermal gradients during material injection cause internal voids and mechanical weaknesses. Eliminating these defects ensures structural reliability and dimensional precision in molded components.

Inconsistent internal cell distribution and fiber integration lead to mechanical weakness in hollow profiles. Achieving uniform density ensures predictable load-bearing capacity and weight reduction.

Inadequate adhesion between extruded segments or pre-formed bodies leads to structural weakness. Ensuring robust mechanical continuity prevents delamination and component disintegration.