Due to the absence of rigorous mathematical modeling and extensive experimental validation, the applications of torsion fields generated by scalar waves (SWs)—such as superluminality, zero-point energy extraction and enhancement of the human energy field—remain in the hypothetical phase. The mainstream physics community has yet to recognize torsion field as a fundamental force; thus, current researches on the medical functionalities of scalar wave and torsion field still fall within the domain of medical fringe science. Building upon the precise modeling of the vacuum scalar wave equation and particle propagation mode, we derived a theoretical framework for the generation of artificial torsion fields via vortex electromagnetic fields of SWs. We further conducted a detailed analysis of the dynamic characteristics of torsion fields in thrombus removal, as well as the interaction between scalar waves and free electrons carried by erythrocytes. This work reveals two key insights: the medical utility of torsion fields generated by SWs in the treatment of cardiovascular and cerebrovascular diseases; and the essential relationship between vortex electromagnetic fields of SWs and torsion fields. Specifically, the torsion field is the acceleration field of local spatial tangential rotational motion induced by the vortex motion of the scalar wave vortex electromagnetic fields.