STT Systems stands out as the pinnacle of dynamic motion capture analysis software, seamlessly integrating with industry-leading Motion Capture cameras such as Vicon, Optitrack, and Qualisys. This cutting-edge software is at the forefront of biomechanical assessments, catering to a diverse range of activities including running, cycling, golfing, and functional assessments across various sporting disciplines.
What sets STT Systems apart is its unparalleled accuracy in recording. Within seconds, the software captures and records data with precision, providing an immediate and comprehensive overview of the client's findings. This swift turnaround time enhances the efficiency of the analysis process, allowing practitioners to make informed decisions promptly.
STT Systems doesn't merely stop at motion capture integration; it extends its dynamism by seamlessly interfacing with other high-end equipment. This includes compatibility with force plates and EMG (electromyography), enabling researchers and professionals to conduct more comprehensive studies. The software's adaptability to integrate with additional technologies elevates its functionality, making it a versatile and indispensable tool for in-depth biomechanical research and analysis.
Virtual Reality (VR) medical training is a cutting-edge technology that uses immersive simulations to provide healthcare professionals with a safe and realistic environment to practice various medical procedures and scenarios. With VR medical training, doctors, nurses, and other medical professionals can learn new skills, improve their existing ones, and gain confidence in performing complex procedures without putting real patients at risk.
VR medical training has proven to be highly effective in enhancing medical education and reducing medical errors. It can also significantly reduce the cost associated with traditional training methods, such as cadaver labs and animal testing. As VR technology continues to advance, it is expected to become an increasingly important tool in medical education and training.
Delsys manufactures and markets wireless electromyography (EMG) based solutions for monitoring human movement in research, clinical and educational settings.
The Moxy Sensor is the heart of the Moxy Monitor System. Its light emitting diodes and photo detectors together create the spectrometer that makes Muscle Oxygen measurement possible. Fully functional and self-contained, the Moxy Sensor has a battery for power, a microprocessor for operating the spectrometer, and a memory chip for storing data; it also has a radio transmitter for sending live data to other devices.
Moxy provides real time physiologic feedback for any sport: it is strong enough to withstand the rigors of motocross riding and rugby; it is secure enough to operate in the swimming pool; it is portable enough to wear on the football field. Moxy takes physiologic monitoring out of the lab and into the real world of sports.
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