In the pursuit of healthy life, people's demand for monitoring their physical condition is getting stronger and stronger. As a cutting-edge device for understanding muscle health, myoelectric bracelet is gradually entering into the public's life. With the addition of Nanochap's EMG module G100, EMG bracelets have taken a qualitative leap forward and become a powerful assistant in people's health management.

The high sensitivity of G100 is one of its highlights. When our muscles are active, they generate extremely weak bioelectric signals, which are like subtle sounds hidden in the noisy environment and can be ignored if we are not paying attention to them, but the G100 module has extraordinary “hearing” and can accurately capture these weak signals. Whether it is the slight movement of finger muscles during daily typing or the violent contraction of muscles during high-intensity training of athletes, G100 is able to perceive it keenly and provide accurate data basis for subsequent analysis. This high sensitivity gives us a more detailed and nuanced understanding of muscle activity.

Signal processing is a key part of EMG monitoring, and the advanced intelligent algorithms equipped in G100 play a great role here. During the actual monitoring process, EMG signals are susceptible to various kinds of interference, such as bioelectrical interference from other parts of the body and electromagnetic interference from the surrounding environment. These interferences are like impurities mixed into the pure signal, affecting the accuracy of the data. The G100's intelligent algorithm, like a skilled craftsman, is able to quickly identify and eliminate these “impurities” and extract the pure EMG signal. Through in-depth analysis of these pure signals, we can clearly understand the degree of muscle fatigue, exercise status, and the existence of potential muscle problems, so as to timely adjust the exercise program or take appropriate therapeutic measures.

The issue of battery life has always been the “boss problem” of wearable devices, and the low-power design of G100 provides a perfect solution to this problem. Previous myoelectric bracelets may need to be recharged frequently, causing many inconveniences to users. G100, however, greatly reduces energy consumption by optimizing the circuit design and algorithms. This means that users can wear the bracelet for days or even longer without worrying about running out of power. Whether it's a long day of outdoor exercise or a busy day at work, you can monitor your muscles anytime, anywhere, truly realizing the seamless integration of health monitoring.

When the user wears the G100 equipped EMG bracelet, its sensors are in close contact with the skin and begin to collect bioelectric signals generated by muscle activity. These signals are first transmitted to the internal module, where they are initially amplified by a preamplifier to enhance the strength of the signal. Next, the signals enter a filtering circuit that removes noise using an intelligent algorithm. Finally, the processed signals are converted into digital signals and transmitted to devices such as cell phones and computers, where users can clearly see the status of their muscles through specialized analysis software.

Nanochap EMG Detection Module G100 With its excellent core technology advantage, Nanochap EMG bracelet has realized a great breakthrough in both function and experience. It not only provides more scientific training guidance for sports enthusiasts, but also provides more convenient and accurate health monitoring services for rehabilitation patients and people concerned about their health, allowing us to take a more solid step in the pursuit of health.

Nanochap Medical EMG Module G100 Advantages and Features

●Using the most advanced bioelectric signal testing principle, it analyzes the physiological signal characteristics of the human body to derive the human body parameters.

●Nanochap's proprietary software allows the EMG signal to be observed after the measurement has stabilized.

●Expandable interface, the module can be connected to the USB port of the computer via USB cable.

Product Parameters 

●Dimensions: 60 mm x 73.6mm 

●Product description: electromyography (EMG)

●Input voltage: DC5V

●Input Current: 160mA