Indication for use: To record electrical activity of 2 muscles of the stomatogna
Indication for use: To record electrical activity of 2 muscles of the stomatognathic system, especially temporalis or masseter Toclinically monitor 2 different muscles as an aid in the diagnosis and treatment evaluation by recording the electrical activity ofmuscles of the stomatognathic system To measure relative (intra-patient) levels of activity of 2 muscles during a functional act
BTS G-SENSOR 2 is a wireless system consisting of an inertial sensor composed by
BTS G-SENSOR 2 is a wireless system consisting of an inertial sensor composed by a tri-axial accelerometer, a magnetic sensor, and a tri-axial gyroscope, that worn by the patient allows a functional gait analysis.
BTS FREEEMG 300 is a wireless surface electromyograph, which makes the selection
BTS FREEEMG 300 is a wireless surface electromyograph, which makes the selection of muscles, the setting ofduration and frequency of acquisition, amplification gain and the correctpositioning of electrodes, simple and rapid.
BTS FREEEMG 1000 is a wireless surface electromyograph for the acquisition and t
BTS FREEEMG 1000 is a wireless surface electromyograph for the acquisition and transmission of EMG signals and for the assessment of angles, angular velocities, angular accelerations and foot-floor contact areas.It allows the functional evaluation and a real-time visualization of the acquired signals for biofeedback and monitoring applications.
BTS P-6000 is a force platform, which measures ground reaction forcesthroughout
BTS P-6000 is a force platform, which measures ground reaction forcesthroughout its surface, allowing a deep analysis of a subject’s staticpostural condition and dynamic postural condition.
BTS TMJOINT is a wireless surface electromyograph to measure thedifferential in
BTS TMJOINT is a wireless surface electromyograph to measure thedifferential influence of the occlusal function through indices validatedand published in scientific literature
BAIOBIT is a wireless system consisting of an inertial sensor composed by a tri-
BAIOBIT is a wireless system consisting of an inertial sensor composed by a tri-axial accelerometer, a magnetic sensor, and a tri-axial gyroscope, that worn by the patient allows a functional movement analysis.
VICON Vero is a system for motion analysis, intended for the recording and analy
VICON Vero is a system for motion analysis, intended for the recording and analysis of human movement patterns in the fields of rehabilitation, sports medicine,ergonomics, clinical research and gait analysis.
VICON Vantage is a system for motion analysis, intended for the recording and an
VICON Vantage is a system for motion analysis, intended for the recording and analysis of human movement patterns in the fields of rehabilitation, sports medicine,ergonomics, clinical research and gait analysis.
VICON T Series is a system for motion analysis, intended for the recording and a
VICON T Series is a system for motion analysis, intended for the recording and analysis of human movement patterns in the fields of rehabilitation, sports medicine,ergonomics, clinical research and gait analysis.
VICON BONITA is a system for motion analysis, intended for the recording and ana
VICON BONITA is a system for motion analysis, intended for the recording and analysis of human movement patterns in the fields of rehabilitation, sports medicine,ergonomics, clinical research and gait analysis.
SMART is a System for motion analysis, intended for the recording and analysis o
SMART is a System for motion analysis, intended for the recording and analysis of human movement patterns in the. fields of rehabilitation, sports medicine,ergonomics, clinical research.
The Qualisys Clinical System is a camera and computer system used to quantify an
The Qualisys Clinical System is a camera and computer system used to quantify and graphically display human movement patterns for adults and children. It is intended to be used for movement analysis in the fields of gait analysis, rehabilitation, sports medicine and ergonomics.
A software system used with the Microsoft Kinect intended to be used to support
A software system used with the Microsoft Kinect intended to be used to support repetitive task practice for rehabilitation of adults under supervision of a medical professional in a clinical or home setting. The system includes simulated activities of daily living (ADLs) for the upper extremity with audiovisual feedback & graphic movement representations for patients as well as patient performance metrics for the medical professional.