Measmatic brings together test instruments, wafer probers, switching matrices, test sequences, live visualization, and data export in a single, unified software environment. This enables efficient measurement workflows ranging from initial interactive laboratory experiments to fully automated, repeatable production test sequences.

At the core of the platform is a graphical test sequencer that allows users to design and execute measurement workflows visually. Individual tests can be combined, parameterized, executed independently, or linked into complete test sequences with loops, branching logic, and data exchange between test steps. Even complex test flows remain easy to understand, maintain, and operate reliably in both engineering and production environments.

For custom requirements, Measmatic provides a Python-based extension framework. Users can develop their own tests, instrument drivers, user interfaces, analysis functions, and export filters, or customize existing components to meet specific application needs. Integration with Visual Studio Code supports modern development workflows, including debugging and version control. In addition, Measmatic includes preconfigured application tests for common measurement tasks such as power semiconductor characterization, IV/CV and pulsed IV measurements, silicon photonics, and RF and S-parameter applications.

During test execution, Measmatic displays measurement results in real time using configurable tables and charts. Parameters, axes, formulas, limit values, and export formats can be tailored to individual requirements. For wafer-level testing, the platform supports wafer prober integration, wafer maps, die-level binning, automatic site stepping, and temperature control. From interactive laboratory characterization to automated, reproducible production testing, Measmatic provides a scalable, vendor-independent platform without locking users into a proprietary instrument ecosystem.