The ability to interpret vibration signals in the biomedical field offers a promising path toward continuous improvement of medical devices. By examining the revolutions per minute profile, analysts can identify any deviations or
anomalies in the vibration patterns at different speeds. This information can help identify potential faults or imbalances within the rotating machinery. With a comprehensive understanding of the revolutions per minute profile,
analysts can make informed decisions regarding maintenance and repairs. Besides, the analysis of the order of
vibration signals represents an essential pillar of biomedical engineering, bringing an innovative and in-depth perspective to the development of medical devices, and contributing to the continued advancement of medical technology and healthcare. Integrating vibration analysis into preventive maintenance practices can help ensure the
reliability of medical equipment, reduce potential risks to patients, and contribute to the advancement of healthcare quality.
Keywords: Vibration analysis, medical devices, biomedical