The NoraxonUltimum Wireless Surface EMG sensor system is a multi-modal device that delivers high-fidelity data and flexible measurement options. Ultimum EMG sensors sample up to 4,000 times per second, synchronize in real-time, and demonstrate low baseline noise (<1 μV RMS) with minimal native artifacts. The implementation of IMU enables you to record both EMG and movement data.
The system features a variety of SmartLeads, which transform the EMG device into a versatile sensor for virtually any type of kinesiological data, and supports complete data recovery with Lossless technology. Each Ultimum sensor includes lifetime battery replacement.
APPLICATIONS AND USES:
As muscles contract, electrical signals are created within the muscle that may be measured from the surface of the body. A procedure that measures muscle activity from the skin is referred to as surface electromyography (SEMG).
Researchers and clinicians use SEMG to evaluate the functional status of skeletal muscles and assist inneuromuscular training and rehabilitation. The small electrical current, or signal, which comes from active muscles, is detected by sensors placed on the skin directly above the muscles. The strength and pattern of the signal is displayed onto a computer screen and the data is collected in a software program that is able to run various analyses of the data to create useful reports regarding muscle function.
The NoraxonUltium is a research-grade Wireless EMG system equipped with high sampling rate & resolution, low baseline noise, versatile SmartLead options, and powerful wireless communication.
As muscles contract, electrical signals are created within the muscle that may be measured from the surface of the body. A procedure that measures muscle activity from the skin is referred to as surface electromyography (SEMG).
Researchers and clinicians use SEMG to evaluate the functional status of skeletal muscles and assist inneuromuscular training and rehabilitation. The small electrical current, or signal, which comes from active muscles, is detected by sensors placed on the skin directly above the muscles. The strength and pattern of the signal is displayed onto a computer screen and the data is collected in a software program that is able to run various analyses of the data to create useful reports regarding muscle function.
The NoraxonUltium is a research-grade Wireless EMG system equipped with high sampling rate & resolution, low baseline noise, versatile SmartLead options, and powerful wireless communication.
