T3 Test Automation Suite
The T3 Test Automation Suite is a modular, standards-compliant software platform for building, managing, and executing automated calibration and test procedures across laboratory, manufacturing, and quality assurance environments. Designed around a low-code architecture and a standardized taxonomy system, it eliminates the time and cost of developing test procedures from scratch, allowing engineers to deploy repeatable, traceable calibration workflows in a fraction of the time required by conventional approaches.
Built for long-term operational sustainability, the platform scales from manual benchtop calibration to fully automated production test, without requiring a software rebuild at each stage of growth.
- Modular and scalable software solution, easily reusable for various measurement fields.
- Standardized taxonomy system for quick and time-saving calibration process development and
management. - Sustainable software platform supporting long-term development, aligned with low-code and
future-proof trends. - Supports international measurement standards, easily integrated with existing systems, and
equipment. - User-friendly interface, suitable for both beginners and experts in the measurement field.
- Optimized operating costs thanks to process reuse and automation capabilities.
Combined with a versatile controller accessory to support the control of most measuring devices.
- Supports calibration according to ISO/IEC 17025 standards, from manual to fully automated
operations. - Allows for the rapid creation of automated calibration procedures in just three steps: create test
points, add equipment settings, and build a VISA-Script using the UUT Driver. - Integrates laboratory measurement uncertainty calculations into the calibration process.
- Supports a wide range of measurement fields: DC & low frequency, RF & microwave, torque,
temperature, flow rate, force, humidity, mass, pressure, etc.
An automated acceptance test platform for testing avionics and communications equipment, requiring unified instrument control across heterogeneous hardware within a single auditable software environment.
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