Renewable Design for Chronic Joint Pain - Multi-Joint Isokinetic Strength Testing And Training System A8 – Yikang

It can be used for training more than 20 joints such as shoulder, elbow, forearm, knee, ankle, back and torso etc。

Evaluation and training of related projects such as constant velocity, centrifugation, centripetal and continuous passive for the muscles of the shoulders, elbows, wrists, hips, knees, and upper limbs

Product introduction

A8 is the evaluation and training of related projects such as constant velocity, centrifugation, centripetal and continuous passive for the muscles of the shoulders, elbows, wrists, hips, knees, and upper limbs and suitable for neurology, neurosurgery, orthopedics, sports medicine and rehabilitation medicine.Training can be viewed during and after training, and the generated data can be printed into reports that can be used to assess routine clinical activities and provide basic research for researchers.A variety of modes are available for all phases of rehabilitation, maximizing the healing of joints and muscles.

Isokinetic muscle strength measurement is to evaluate the functional state of muscle by measuring a series of parameters reflecting muscle load during passive isokinetic movement of limbs. The method is objective, accurate, simple and feasible, and is safe and reliable. The human body itself can not produce isokinetic movement, the limbs must be fixed to the lever of the instrument. When it moves independently, the speed limiting device of the instrument will adjust the resistance of the lever to the limbs at any time according to the strength of the limbs, so as to maintain the speed of the limbs at a constant value. Therefore, the greater the limb strength, the greater the resistance of the lever, the stronger the muscle load, and vice versa. At this time, if the series parameters reflecting muscle load can be measured, the functional state of muscles can be assessed.

It consists of computers, mechanical speed limiting devices, printers, seats and accessories. It can be used to measure the torque, the best angle of exertion, the amount of work done by the muscle and other parameters. It can fully reflect muscle strength, muscle explosive force, endurance, joint mobility, flexibility, stability and other aspects. This method is accurate and reliable, and can provide isokinetic centripetal, centrifugal, passive and other movement modes, is an efficient exercise function evaluation and training device.

Indications

Muscle atrophy caused by decreased exercise or other causes, muscle atrophy caused by muscle disease, muscle dysfunction caused by neuropathy, weakened muscles caused by joint disease or injury, muscle dysfunction, muscle strength of healthy person or athlete training.

Contraindications

Local joint pain, severe limitation of joint mobility, synovitis or exudation, instability of joint and adjacent joint, fracture, local severe osteoporosis, malignant tumor of bone and joint, early postoperative, soft tissue scar contracture, acute swelling, acute strain or sprain, and severe pain.

Features

Precision rehabilitation evaluation system can accommodate different resistance modes and can be used for training more than 20 joints such as shoulder, elbow, forearm, knee, ankle, waist, back and trunk.

It can exercise waist and back movement, coordination, stretching force and enhance muscle strength and endurance.

It can evaluate various parameters, such as strength, endurance, work and spasticity.

It can record, analyze and compare human activity parameters, set specific and realistic rehabilitation training goals and record improvement.

During the training process and after the training, the training situation can be viewed. The generated data can be printed into a report, which can be used to evaluate daily clinical activities, and can also provide basic research for researchers.

It can not only produce objective data, but also repair damage and improve athletic ability.

Various models can be applied to all stages of rehabilitation to achieve maximum rehabilitation of joints and muscles.

Strong target, support retraining and confirm training tasks and prevent injuries.