Power Rehab is a robotic muscle-nerve rehabilitation system that is able to perform a variety of tests and exercises in various movement modes, including passive, isometric, isokinetic and isotonic in a concentric and eccentric manner for all organs and joints of the body. This system has various applications in physiotherapy and rehabilitation clinics, sports medicine clinics, biomechanical research centers, rehabilitation, neuroscience and motor behavior, etc.
Power Rehab device applications Diagnosis and rehabilitation of musculoskeletal disorders Imbalance in muscle function The agonist / antagonist disrupts the ideal sequence of motion and increases the likelihood of joint damage. Power Rehab can detect, measure, analyze and treat these imbalances. One of the remarkable features of this device is the ability to test and analyze the results during movement exercises. Rehabilitation of orthopedics and traumatology After orthopedic surgeries such as joint replacement or treatment of cruciate ligament rupture, etc., this device can be very useful for patient rehabilitation. This device is able to apply passive, isometric, isokinetic and isotonic exercises on the patient in a completely controlled and safe way with the least muscle strength of the patient and the minimum range of motion of the joints. Gradually, with increasing patient power, the exercises can be performed with more strength and range. Make a bigger move. Rehabilitation of movement disorders caused by neurological complications When the patient’s motor function is reduced in terms of neurological complications, for example after a stroke, stroke, etc., rehabilitation activities focus on the smell of restoring control and coordination of muscle movement. Power Rehab device with the ability to perform passive exercises with movement control and forces 100% of the device and 0% of the patient, and gradually with the recovery of motion control by the patient and at the same time showing feedback on the patient’s participation in movement, exercise control Change up to 1% of the device and 99% of the patient. Despite all these exercises, they can be done in coordination with virtual reality computer games, and at the same time as performing the exercises, various types of feedback to increase the patient’s motivation are shown on the screen. professional sport Power Rehab device with the ability to measure muscle strength and obtain a variety of feedback during isokinetic and isotonic exercises has a high efficiency in evaluation as well as training and training of professional athletes. Fully standard training conditions and accurate feedback of each session and accurate reporting of the training process and comparison of the results of different sessions show the athlete’s progress on the charts, which is a powerful tool for coaches to properly train athletes. Research applications This device is a powerful tool with the ability to accurately measure various types of force and movement feedback during various passive, isometric, isokinetic and isotonic exercises and tests in all concentric and eccentric modes and adjustable for all organs and joints of the body. It can be used to conduct research in biomechanics, rehabilitation and sports medicine. Also, by using a variety of virtual reality computer games and the use of biofeedback and the possibility of performing complex analyzes such as frequency analysis and motor response of the patient or healthy person during various exercises, it is possible to model the individual nervous system that Used in MotorControl, Motorlearning, NeuroRehabilitation research. In addition, if sufficient data are collected to model the musculoskeletal system of different groups, including healthy individuals, professional athletes, patients with movement disorders caused by neurological complications such as stroke, concussion, Parkinson’s, Alzheimer’s, spinal cord injuries, cerebral palsy (CP), etc., this system can be used to diagnose, prevent and treat many movement disorders in a timely manner.
This device includes 4 main types of training and testing, each of which can be adjusted for different movement patterns, all cinematic and dynamic information including joint range of motion, speed and torque, power consumption in the form of displacement/torque diagrams, speed/torque, and bar graphs can be displayed and stored. Also, the software of this device can analyze this data and provide evaluation reports. Power rehab software provides a wide range of workout reports, comparison reports, performance summary reports graphically, progress reports, and workout reports clearly and understandably. Test results and raw data are saved automatically and can be transferred to Excel files that can also be printed.
Isometric training MODE
In this case, it is possible to practice and test isometrically at the desired angle with the contraction time and rest period and the number of repetitions adjusted. This feature is mostly used to measure muscle strength at different angles as well as isometric contraction exercises in cases where the joint range of motion is limited or in parts of the range of motion where there is severe pain.
Isokinetic training MODE
This method determines the maximum dynamic torque in the set range of motion, which is used to detect the range of pain and muscle weakness, as well as strength and resistance.
This type of exercise allows you to create maximum pressure on the muscles throughout the range of motion and strengthens the muscles quickly. This training model has concentric and eccentric modes, which in combination with the passive mode in general, allows isometric training in 8 different modes for flexion and extension.
Pass/Ecc, Ecc/Pass, Pass/con, con/Pass, Ecc/con, Ecc/Ecc, Con/Con,Con/Ecc
Isotonic training MODE
In this training mode, the device applies a certain amount of torque in a completely controlled way so that the patient can perform flexion and extension exercises without the possibility of injury and in safe conditions. Unlike weight training, in this case, the total torque is constant in the range of motion and completely eliminates the destructive effects of inertia that lead to a blow to the limb at the end of the range of motion.