During the digital industrial transformation

the limitations of traditional performance evaluation models for measurement equipment have become increasingly apparent. Traditional laboratory experiments are constrained by specific operational conditions

exhibit low overall verification efficiency

lack the necessary standardization adaptability to meet industry demands

and are inadequate for supporting high-precision

batch-based measurement calibration tasks. This study employs virtual simulation technology to establish a performance evaluation system compatible with various types of measurement equipment

integrating core processes such as virtual simulation modeling

dynamic performance testing

and error traceability. It establishes a standardized verification mechanism aligned with national metrological standards

addressing industry challenges posed by conventional measurement verification methods characterized by limited test scenarios and poor reproducibility. The integration approach between virtual simulation technology and metrological standardization is clearly outlined in this paper

providing novel technical insights and methodological foundations for precise equipment evaluation and compliant verification practices.