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Our systems have been at the forefront of the motion analysis research for decades.
EMG Research solutions: advancing the frontiers of scientific inquiry
At Cometa, we take pride in our commitment to advancing scientific inquiry both through cutting-edge technology and constant dedication to excellence. We provide raw data, of the highest quality and sampling rate, with excellent data fidelity.
Our systems comply to the SENIAM guidelines for EMG recording. Hundreds of scientific papers around the world cite our products. Whatever is the research application, if you want to study muscle activity and movement we provide a reliable product, widely used and with nearly two decades of experience.
Pioneering EMG Research solutions
Our EMG research solutions are engineered to meet the demands of modern scientific exploration. With a focus on precision as well as reliability, our systems provide researchers with raw data of unparalleled quality and sampling rate, ensuring the utmost fidelity in their findings. From muscle activity studies to intricate movement analyses, our technology empowers researchers to delve deeper into the complexities of human physiology and biomechanics.
Setting the standard for EMG recording
In adherence to the SENIAM guidelines for EMG recording, our systems have set the standard for accuracy and consistency in research methodologies. Endorsed by leading authorities in the field, a multitude of peer-reviewed publications have cited our technology, underscoring its credibility and impact within the scientific community. Whether elucidating neuromuscular patterns or investigating motor control mechanisms, researchers worldwide rely on our EMG solutions to drive meaningful discoveries and breakthroughs.
Examples of scientific studies with Cometa products
- Differences in force production and EMG activity under underwater and on land conditions in swimmers and non-swimmers.
The study compares force production and muscle activity during squat-jumps and countermovement-jumps on land and in water between swimmers and non-swimmers. Swimmers show greater differences between terrestrial and underwater conditions than non-swimmers. The study highlights the importance of environmental constraints in the neuro-motor response. Studies such as this are possible thanks to our exclusive waterproof line of products. Learn More
- Comparison of six electromyography acquisition setups on hand movement classification tasks.
The study compares six acquisition configurations of surface electromyographic (sEMG) signals on the same hand movement classification task. The setups use four types of sEMG electrodes and are tested on more than 50 manual movements by healthy subjects. Learn More
- Effects of Maximum Repeated Squat Exercise on Number of Repetition, Trunk and Lower Extremity EMG Response according to Water Depth.
The study examines the differences in performing high-velocity squats in different water depths. It is noted that the greater the depth, the fewer repetitions are performed. Learn More
Click here to see more articles available through Google Scholar.
Our technology in the world of research
From renowned academic institutions to cutting-edge research facilities, our EMG systems have earned the trust and endorsement of esteemed researchers and universities around the globe. This is a testament to our commitment to both innovation and quality. Top researchers and institutions continue to turn to us as their partner in scientific exploration.
Top researchers and universities around the world use and trust our systems.
Join us in shaping the future of EMG Research
Explore our comprehensive range of products and discover why top researchers worldwide trust us as their partner in scientific inquiry. With over two decades of experience and a legacy of excellence, we are here to support your EMG research journey every step of the way.