ADMET fatigue testing machines are built for high-cycle and low-cycle fatigue applications where accuracy, repeatability, and long-term stability matter. Supporting axial, flexural, torsional, and multi-axis fatigue testing, our systems provide precise control of load, displacement, strain, and waveform over millions of cycles—replicating real-world fatigue conditions with confidence.
Configured by engineers and designed to evolve, ADMET fatigue systems support metals, polymers, composites, biomedical materials, and components while meeting ASTM, ISO, and EN standards. Whether generating S-N data, evaluating cyclic durability, or upgrading a legacy system, ADMET delivers clean data, reliable uptime, and lasting value—so your system won’t be obsoleted.

The eXpert 1900 series servohydraulic universal testing machines are ideal for testing metals, composites, medical devices and implants, concrete, webbing, and other materials at very high load capacities without breaking your budget. Each frame employs strain gauge load cells for direct measurement of force. With no need to compensate for piston friction and other non-linearities, these frames offer exceptional accuracy and precision while reducing long-term calibration and service costs.

The eXpert 5900 series tabletop dynamic testing machine is a compact, quiet, and clean electrodynamic testing system for determining the durability of materials and components in tension, compression, or flexure. eXpert 5900 series machines perform fatigue testing up to 15Hz in frequency and provide up to 14kN in load capacity. Custom designs are also available.

The ADMET eXpert 9300 series Rotating Beam Machine performs fully reversed fatigue tests on metallic samples at frequencies up to 100 Hz. It is a low cost compact table top unit compliant with the ISO 1143 Rotating Bar Bending Test Specification and is ideal for generating data necessary for constructing S-N (stress-life) diagrams.
Our engineers are standing by to help you find the right test equipment for your application.

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