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Ultrasonic Acoustic Elasticity Residual Stress Measurement System UltraMARS(TM)-6D
It is a stress measurement system developed based on the measurement principle of acoustic elasticity using ultrasound.
Semi-automatic non-destructive measurement is possible; a portable stress measurement system.
"UltraMARS-6D" is a stress measurement system developed based on the measurement principle of ultrasonic elastography. By using the "birefringent elastography method," which propagates ultrasonic waves in the thickness direction, it can measure the average stress in that direction. It also measures load stress and residual stress in components and structural materials made of metals such as iron and aluminum, as well as plastics. It is compact and lightweight, making it portable and usable in various locations, not just in laboratories but also in outdoor sites. 【Features】 ■ Determines the magnitude and direction of load stress and residual stress ■ Capable of measuring the material's elastographic coefficients ■ Reduces residual stress from welding using a treatment device ■ Capable of measuring thickness ■ Can measure Young's modulus and Poisson's ratio, etc. *For more details, please refer to the catalog or feel free to contact us.
It is a distortion and stress measurement system equipped with a high-speed real-time monitor. The logger type is SENJAS-LTS24L.
It is a multi-point stress measurement system composed of a terminal-equipped strain amplifier module and recording software. It allows for long-term measurement of strain and stress simultaneously with rotational speed and pulses. The standard compact package is configured with 4 channels for voltage and 16 channels for strain, ensuring miniaturization and portability without sacrificing performance. Additionally, it is possible to customize the channel configuration according to user preferences. The range is ±50000με. Thanks to the performance of the 24-bit A/D converter, it can measure a range of ±20000με with sufficient accuracy even after zero adjustment at ±30000με.
