An automotive OEM was expanding its material innovation program and needed a dependable testing platform at the heart of their lab. Their existing machines were aging, inconsistent, and unable to support the complexity of new material combinations. R&D engineers wanted accuracy, repeatability, and seamless data handling in every test cycle.
Our Servo Electro-Mechanical UTM became the foundation of their upgraded testing workflow.
The legacy UTM showed fluctuating results, especially at low strain rates where precision mattered most. Recalibrations were frequent, delaying test schedules and affecting data reliability. Polymer composites and advanced alloys were difficult to evaluate using their existing setup. Engineers struggled to match global tensile, compression, and flexural standards. Decision-making slowed because results lacked repeatability and clear documentation. They needed a machine that delivered stability, accuracy, and multi-mode capability.
We installed a Servo Electro-Mechanical UTM designed for high-precision, closed-loop control. The machine offered smooth, accurate motion across all load ranges, improving test fidelity. Automated extensometry ensured precise strain measurement without operator interference. Customisable workflows allowed teams to run tensile, compression, flexural, and R&D-specific tests with ease. Real-time curve generation, trend analysis, and automated reporting strengthened their data ecosystem. The system aligned seamlessly with international material testing standards.
Remarkably improved test repeatability and data confidence
Faster prototype evaluation and reduced development cycle times
Superior clarity in material behaviour under diverse loading conditions
Full compliance with global automotive and material standards
The upgraded UTM brought scientific discipline and stability to their R&D operations. With reliable data and flexible test capability, the team now innovates faster and with greater confidence.
