Lower extremity and abdominal muscles are activated in a sequence. The sequence is controlled by signals coming from the sensor measuring the angle of the crank arm. Every channel can be combined with AFU to postpone muscle fatigue. Applicable for hemiplegics, paraplegics, tetraplegics and fitness.
The user controls the activation of flexor and extensor muscles by pressing the switch on the handle. Every channel can be combined with AFU to postpone muscle fatigue. Applicable for hemiplegics, paraplegics and fitness.
Real-time control based on the signals from the wired insoles (sold separately). Each insole comprises five high-quality industrial pressure sensors and a gyroscope measuring foot rate of rotation in sagittal plane. The sensors are hysteresis-free with no measurable time delay. The system allows precise detection of gait cycle events and pressure distribution over the sole. Values from 6 sensors and states of stimulation can be acquired to a remote computer with 100Hz via Bluetooth. Insoles are resizable.Applicable for hemiplegics or paraplegics with robotic aid.
Three-phase control of extensor and flexor muscle groups. Can be used for control of grasp (finger, wrist and thumb muscle) and prehension (shoulder and elbow muscles). Applicable for hemiplegics and tetraplegics.
Mild to strong stimulation for increasing the muscle bulk while in bed or a wheelchair. Applicable for ICU, prevention of pressure ulcers and fitness.
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