Compact design high-density surface electromyography (HDsEMG) measurement system
SAGA32+ and SAGA64+ for HDsEMG are compactly designed bioelectrical signal measurement and analysis systems that enable high-quality data acquisition on mobile devices. Neuromuscular disorders have been diagnosed using needle electromyography in combination with motor nerve conduction studies. Many research groups around the world have begun to evaluate the potential of high-density surface electromyography (HDsEMG) using high-density arrays of individual electrodes to obtain information from muscles, rather than using needle electromyography. It is believed that the evaluation of motor fiber conduction velocity (MFCV) measurements will become effective.
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basic information
SAGA consists of a data logger and a docking station. It is easy to carry and convenient as it can be stored in a dedicated box. Please make use of it when moving to different locations for use. ■ Data Logger It has a built-in amplifier function that amplifies the signals of brain waves and electromyography captured. The data recording device can be used in connection with the docking station. In addition to connection via a connector, it can also connect via Wi-Fi or optical fiber. When measuring outdoors or during exercise, it functions as a data logger if not connected to the docking station. ■ Docking Station The docking station serves as a data transfer interface with a PC. It collects signals from the data recording device, provides 16-bit external trigger input, and analyzes data loss during wireless measurements. Connection with the PC is done via USB or Ethernet.
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Applications/Examples of results
■HDsEMG Measurement System Enables low-noise HDsEMG measurement in mobile environments (during walking and running).
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Company information
We handle various biometric measurement devices to understand human physiological, psychological, and physical characteristics. We provide support from pre-introduction consulting to operational support and maintenance across research areas such as brain function, psychology, ergonomics, and biomedical engineering, as well as in development areas like product usability evaluation. The improvement of productivity due to the aging society and the decrease in the working population is a significant social issue we face today. In Society 5.0 (the creative society), a digital transformation towards a human-centered super-smart society that highly integrates cyberspace and physical space is required. Through the digitization of various biometric information, we are assisting human society in moving towards the next stage.
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