You can check for temporal changes! We introduce Eikura's vibration measurement products.
"FFT Spectral Density Analysis [W3DFFT]" is a vibration measurement product that allows for the observation of changes over time. The waveform of vibrations generated from actual machinery is a composite wave of various frequency vibrations. By analyzing these through Fourier transform analysis, it is possible to determine which part of the machine the vibrations originated from, enabling the prediction of machine failures (such as shaft bending, rotor imbalance, vibrations from bearings, misalignment, etc.). Our company is committed to providing quick and flexible responses that are often difficult for large manufacturers to achieve, and we are making every effort to broadly address the "evaluation of vibrations" that can affect the safety of transported goods, moving bodies, and human health. Please feel free to contact us when you need assistance. [Features] ■ Ability to observe changes over time ■ Analysis derived from the frequency, amplitude, and phase of the inherent vibrations generated by a device ■ Capability to predict machine failures (such as shaft bending, rotor imbalance, vibrations from bearings, misalignment, etc.) *For more details, please refer to the external link page or feel free to contact us.
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Company information
Aikura Communication Co., Ltd. is a company engaged in the development, design, manufacturing, and sales of various information devices, as well as the design, manufacturing, processing, and sales of various electric wires. The wire processing business has been the core operation of Aikura Communication since its establishment. We process and produce tens of thousands of tape wires (FFC) used in harness processing (for automotive audio equipment and electrical components) and computers. In the information device division, we continue to develop numerous products related to "Timing & Communication" by applying microelectronics technology in the fields of information devices and measuring instruments.
