Abstract Additive manufacturing technologies have several well-known advantages; however, the surface quality of printed parts is poor, compromising corrosion and mechanical properties. Thus, finishing treatments are necessary. The most post-processing proposed in literature or chemical. formers contact techniques cannot be suitable for complex geometry, while latter use strong dangerous reagen...

Additively manufactured (AM) components’ surface finishing is crucial in adopting them for intended applications challenging environments involving fatigue, corrosion, high temperature, and nuclear radiation. In our prior research, chempolishing (C) was utilized as an electroless etching process that uniformly smoothens complex AM accessible interior exterior surfaces (Tyagi et al. Additive Man...