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Through posture and myoelectric feedback, gForceReh Intelligent Muscle Strength Training System combines the two to reflect the user's motions in real time, and it connects with a tablet to form scenario-based interactions.
The product provides repetitive, task-oriented training through virtual scenario-based interactive games to increase muscle fiber recruitment efficiency, enhance muscular endurance, increase joint mobility, and improve coordination and flexibility of the upper extremities. In addition, it promotes the remodeling of central nervous function after injury and corrects pathological motion patterns caused by paralysis.
Product Parameters
● Communication Distance: 10m
● Battery: 60mAh/3.7V
● Standby Time: 6.5h
● Sensor: 6-axis IMU sensor
● Main Size: 439x165mm
● Connection Method: bluetooth low energy BLE4.2
● Cower Output: 0.13 W
● Voltage: Micro-USB 5V
● Charging Time: 2h
● Main Material: plastic
● Weight: 319g
● Communication Distance: 10m
● Battery: 200mAh/3.7V
● Vibration Motor: built-in
● Charging Time: 2h
● Main Material: plastic
● Main Color: green
● EMG Sensor Channel: 8 channels
● EMG Sensor Electrodes: embedded electrode pads
● Connection Method: bluetooth low energy BLE4.2
● Power consumption: 0.122W
● Power Input: Micro-USB 5V
● Standby Time: 6.4h
● Weight: 78.6g
● Main Size: 65x87x5mm
● Button Color: green
● EMG Sensor Gain: 1200 times
● Sensor: 6-axis IMU sensor
Function
EMG Armband for upper limb rehabilitation
● Elastic armband with 8 EMG sensors and dry electrodes
● 9-Axis IMU embedded
● Bluetooth BLE4.1 wireless communication
● EMG MAV data, Quaternion real-time access thru BLE
● Li-ion battery with Micro-USB charge port
● Support Quaternion, Euler and real-time output of raw motion data
● Windows and Android platfoms supported with SDK for customer APP development
● Windows and Android platform Unity3D development SDK/API provided
● Open source Unity3D development sample project examples
● Android Upper Limb Rehabilitation APP with 5 Games
Through posture and myoelectric feedback, gForceReh Intelligent Muscle Strength Training System combines the two to reflect the user's motions in real time, and it connects with a tablet to form scenario-based interactions.
The product provides repetitive, task-oriented training through virtual scenario-based interactive games to increase muscle fiber recruitment efficiency, enhance muscular endurance, increase joint mobility, and improve coordination and flexibility of the upper extremities. In addition, it promotes the remodeling of central nervous function after injury and corrects pathological motion patterns caused by paralysis.
Product Parameters
● Communication Distance: 10m
● Battery: 60mAh/3.7V
● Standby Time: 6.5h
● Sensor: 6-axis IMU sensor
● Main Size: 439x165mm
● Connection Method: bluetooth low energy BLE4.2
● Cower Output: 0.13 W
● Voltage: Micro-USB 5V
● Charging Time: 2h
● Main Material: plastic
● Weight: 319g
● Communication Distance: 10m
● Battery: 200mAh/3.7V
● Vibration Motor: built-in
● Charging Time: 2h
● Main Material: plastic
● Main Color: green
● EMG Sensor Channel: 8 channels
● EMG Sensor Electrodes: embedded electrode pads
● Connection Method: bluetooth low energy BLE4.2
● Power consumption: 0.122W
● Power Input: Micro-USB 5V
● Standby Time: 6.4h
● Weight: 78.6g
● Main Size: 65x87x5mm
● Button Color: green
● EMG Sensor Gain: 1200 times
● Sensor: 6-axis IMU sensor
Function
EMG Armband for upper limb rehabilitation
● Elastic armband with 8 EMG sensors and dry electrodes
● 9-Axis IMU embedded
● Bluetooth BLE4.1 wireless communication
● EMG MAV data, Quaternion real-time access thru BLE
● Li-ion battery with Micro-USB charge port
● Support Quaternion, Euler and real-time output of raw motion data
● Windows and Android platfoms supported with SDK for customer APP development
● Windows and Android platform Unity3D development SDK/API provided
● Open source Unity3D development sample project examples
● Android Upper Limb Rehabilitation APP with 5 Games