Testing and Characterization

The PONI Center can perform in-depth material testing for a variety of properties ranging from tensile and fatigue strength values to visualization of microstructures within our experimental specimens. Our equipment is tailored to deliver consistent and precise results when gathering and analyzing data for research purposes to ensure accurate and reliable conclusions. Below is a list of the equipment that helps us deliver accurate and innovative research.

MTS Landmark

Image of an MTS Landmark material testing stand

The MTS Landmark is a servohydraulic test system used for testing of material properties in experimental specimens. This test stand can perform a wide variety of tests with a similar range of complexities. The stands also feature SureCoat® technology in order to provide longevity to the actuator rods and keep the machines running smooth for many hours of testing.

MTS Criterion

Image of an MTS Criterion material testing stand

The MTS Criterion is an electromechanical test stand capable of performing tension, compression, bending, and shearing tests on experimental specimens. With a wide range of loading criterion and integrated closed loop controls, this machine is tailored for consistent, reliable data for all manner of tests.

MTS Bionix

Image of an MTS Bionix material testing stand

Primarily for use in the biomedical industry, this tabletop servohydraulic test stand is designed with modularity in mind for maximum applicability. Its wide range of grips and fixtures allow users to test an extreme range of biomaterials and medical components in tension, compression, shear, and bending modes. With two such test stands on site, rest assured that large amount of experimental data is obtained in a timely fashion.

Split Hopkinson Pressure Bars

Image of the split hopkinson pressure bar system

The Split Hopkinson Pressure Bars (SHPB) machine is a device used to measure the dynamic stress–strain response of materials under high strain rates. It is a powerful tool for studying the behavior of materials in impact and high-speed loading applications.

EMCO-TEST DuraScan QS50 Hardness Testing Machine

The EMCO-TEST DuraScan QS50 Hardness Testing Machine is a precision instrument designed for accurate and efficient hardness testing of a wide range of materials. With its advanced technology and user-friendly interface, the QS50 offers reliable and repeatable measurements, making it an essential tool for quality control and material assessment in various industries.

KEYENCE VHX-7000 Digital Microscope

The KEYENCE VHX-7000 Digital Microscope is an advanced imaging instrument designed for precise and detailed observation in college research applications. Equipped with cutting-edge digital technology, it offers high-resolution imaging, a wide range of magnification options, and intuitive operation.

QATM QCUT 250 A High-Precision Cut-off Machine

The QATM QCUT 250 A High-Precision Cut-off Machine is a cutting-edge equipment designed for precise material sample preparation in research and academic settings. This advanced machine offers exceptional accuracy and reproducibility, enabling users to achieve finely controlled cuts on various materials, enhancing the quality and efficiency of sample preparation processes.

QATM QPOL 250 A1-ECO Grinding & Polishing Machine

The QATM QPOL 250 A1-ECO Grinding & Polishing Machine is a cutting-edge equipment designed for precision grinding and polishing applications in research and materials science. Engineered with advanced technology, this machine offers efficient sample preparation, enabling researchers to achieve high-quality results. Its user-friendly interface and robust construction make it an ideal tool for enhancing surface characteristics and analyzing material properties.

QATM QPRESS 50-4 Hot Mounting Press

The QATM QPRESS 50-4 Hot Mounting Press is a precision laboratory equipment designed for efficient and high-quality sample preparation in materials research. This advanced hot mounting press features a four-sample capacity, enabling simultaneous mounting of multiple specimens. With its user-friendly interface and programmable parameters, researchers can easily control temperature, pressure, and time for optimal specimen mounting.

QATM QPOL VIBRO Vibratory Polisher

The QATM QPOL VIBRO is an advanced vibratory polisher designed for precise and efficient sample preparation in college research applications. Equipped with cutting-edge vibratory technology, this polisher enables controlled material removal and surface refinement. Its intuitive interface and customizable settings allow researchers to achieve optimal polishing results for various materials, enhancing the quality and accuracy of their analyses.