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You can easily set up a mobile phone's shake environment. Additionally, changing the environment only requires parameter input.
It is possible to vibrate the angle and horizontal movement simultaneously. You can independently input parameters for angle settings and frequency, as well as horizontal movement distance and frequency. The stage is 70mm square, allowing for the installation of smartphones or camera modules to verify the anti-shake function.
![[Case Study] University at Buffalo, State University of New York, Shake Table Facility 6DOF](https://image.mono.ipros.com/public/product/image/8e5/2000119981/IPROS8837052477958772428.jpg?w=280&h=280)
Providing technology that can be flexibly configured to quickly meet the new requirements of the exam.
Over the past 30 years, the University at Buffalo (UB) Structural Engineering and Earthquake Simulation Laboratory (SEESL) has played a major role in the advancement of civil structural engineering. The laboratory has conducted high-quality education and pioneering research, and has assisted various industries in the development of codes, standards, and testing methods. Since 1983, MTS has provided SEESL with configurable technology that can quickly adapt to new testing requirements, as well as ongoing expertise in testing necessary for the laboratory's engineers to pursue new research methods. This long-term relationship has enabled SEESL to continuously demonstrate new technologies that improve the accuracy of civil structures and seismic simulations. In 2004, SEESL significantly renovated its facilities, expanding them threefold and integrating a series of state-of-the-art MTS testing equipment. "Without the presence and support of MTS, I don't know if we would have come this far. The partnership with MTS over the past 30 years has been wonderful. I hope this relationship continues in the future," was the comment received. For more details, please contact us or refer to the catalog.
![[Case Study] Introduction of Large High-Performance Vibration Table](https://image.mono.ipros.com/public/product/image/8ff/2000159289/IPROS7464465173812043648.jpg?w=280&h=280)
Reproducing the world's largest amplitude of long-period seismic motion.
Kashima Construction Co., Ltd. (hereinafter referred to as Kashima), a major general construction company in Japan, possesses advanced technology and know-how accumulated over the years, as well as the industry's leading research institute, and is engaged in technological development and the horizontal deployment of new technologies and methods as a leading company in the industry. Kashima has long regarded shaking tables as important experimental equipment for improving seismic technology in earthquake-prone Japan, having introduced its first shaking table in 1975. After an update in 1991, it was anticipated that the current performance would not be sufficient to address various demands, such as responding to the expected massive earthquakes and long-period earthquakes, or further enhancing the seismic resistance of nuclear facilities in line with national guideline revisions. Therefore, in 2008, Kashima began considering further updates with MTS, based on its numerous achievements with large shaking tables worldwide and its past accomplishments in seismic resistance for important structures such as high-rise buildings and nuclear power plants.
It is a vibration table that can set frequency and angle. It is used as a stage for hand shake testing of smartphones and other devices.
This is a vibration table using a goniostage. It is electrically driven by a DC motor. You can set the angle and movement frequency. Mounting fixtures can also be provided.
It can be vibrated in the horizontal direction. You can change the parameters, allowing for an increase in variation patterns.
It is ideal for testing the stabilization function of smartphones. It can be moved horizontally. It can also be used for testing the autofocus function.
