Real-time display! Wireless electromyography sensor that can be displayed and measured on smartphones/tablets.
The "EMG-EYE" from G-Lynx is a wireless electromyography sensor that allows you to easily check high-precision data on-site, anywhere. It enables the examination of how muscles are used and the burden on them through the "electromyography" generated by the muscles. Its applications are diverse, including aiding in posture and form analysis as well as being used for rehabilitation assessments. This "electromyography" consists of very fine signals, but our company's long-developed sensing technology allows for high-resolution acquisition of electromyography. The "EMG-EYE II 1CH type" achieves approximately double the usage time compared to the previous model, making it a wireless electromyography sensor capable of long-duration measurements. By making the sensor wireless with an Android smartphone, the freedom of measurement has improved. The sensor has built-in memory, allowing it to read electromyography continuously even if a sudden communication disruption (around 1 minute) occurs. 【Features】 ■ Easy connection ■ Real-time display ■ Wireless sensor ■ Supports dynamic movements ■ High-performance amplifier that captures even fine potentials *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Other Features】 ■ Continuous use without charging (5 hours) ■ Capable of long-duration measurements ■ EMG display and storage possible with dedicated software *For more details, please refer to the PDF document or feel free to contact us.
Price range
P2
Delivery Time
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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We offer two types of electrodes: dry (left) and wet (right).
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You can connect to Android and Windows devices.
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Our company has developed sensing technology over many years that enables high-precision acquisition of electromyography.
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"Electromyography" refers to the process that occurs when we perform movement; nerve impulses are transmitted from the spinal cord through the nerves to the muscle fibers. When the nerve impulses reach the muscle fibers, acetylcholine is released, triggering an electrical signal that promotes muscle contraction. This is "electromyography." By measuring "electromyography," we can obtain various biological information such as the magnitude of force and the state of movement.
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Company information
We, Glinx Corporation (formerly Global Links Technology Corporation), have a robust development system in Hamamatsu for mechanisms, electronics, and software, enabling us to handle a wide range of design development and manufacturing from the products themselves to production equipment. We design and shape our customers' visions. We are engaged in the development and sales of the automated breeding system for experimental mice, "ROBORACK." https://roborack.jp/ We are also involved in the development and sales of the wireless multi-channel electromyography sensor, "EMG-EYE." https://www.glinx.co.jp/products/ We are a self-declared company compliant with the international standard ISO 9001 (compliance achieved in March 2019) and certified under the international standard ISO 27001 (ISMS) (certification achieved in December 2023). ****************************************** Recipient of the Excellence Award at the 9th Robot Awards → Automated breeding system for experimental mice, RoboRack ******************************************
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