Multifunctional neurorehabilitation device for the upper and lower extremities, and pelvic floor muscle training. Luna EMG uses reactive electromyography to train the sensorimotor cortex. The patient’s movement is active - based on bioelectrical signals (EMG) acquired from the patient’s muscles. It is especially effective with clinical weakness patients, allowing more motor unit recruitment during muscle activation.
Hunova is a robotic system designed in response to a clinical need for objective evaluation and rehabilitation treatment tools that support doctors, physiotherapists, and patients throughout treatment and recovery. Hunova is a robotic aid for physiotherapists that is intuitive and easy to use. It is dedicated to rehabilitation in orthopaedics, neurology, geriatrics, and reathletization.
ACX.rehab is a concept of modern rehabilitation in virtual reality combining proven classical therapy methods with the possibilities of contemporary technology.ACX achieves the highest quality rehabilitation results because of virtual reality. ACX.rehab combines three main components:
Research and rehabilitation capabilities of stabilometric, dynamographic and balance platforms.
Rehabilitation capabilities of medical devices working under the control of safe elastic resistance.
Software that allows taking advantage of virtual reality.
SCN803 is an ultrasound-based assessment system integrated with 3D electromagnetic tracking technology.
This assessment system consists of a spatial sensing system with the sensor embedded in the ultrasound probe. In addition to conventional B-mode imaging, it collects the spatial location of the vertebrae and forms the full spine image.
It embraces the advantages of ultrasound and 3D imaging technology. Safe, cost-effective and accurate spinal assessments are available thanks to this innovation.
The Intelligent Insoles are a plantar pressure and gait measurement system that allows clinicians to quantify loading, motion, and footwear performance with the ability to validate treatment plans that result in improved patient outcomes.
Measurement tools are critical, particularly for those with reduced foot sensation. Improving gait and footwear performance requires practical measurement of baseline, progress, and intervention effectiveness — but without the ability to easily quantify changes, there is no way to validate the improvements in functional gait, loading, comfort, and safety.
XSENSOR's Walkway and Stance Pad sensors enable clinicians and human performance professionals to analyze plantar pressure and gait.
Many walkway and stance pad systems lack the sensor resolution and sampling frequency to adequately capture standing and walking plantar pressure data. If your data is incomplete or inaccurate, your assessment strategy may not be the right fit for your patient.
A solid basic structure and cutting-edge technology allow Diasu Pressure Runner to be considered reliable and safe. Easy to use and high performance for gyms, orthopaedic and rehabilitation centres. All models have built-in baropodometric sensors and touch screen monitors.
Baropodometric platforms and walkways with high-resolution sensors for each 0.25cm². The special coating material provides a very high level of sensitivity, which allows a detailed analysis of the pressure surface in contact and those associated with the area of the foot on the platform. Easy to transport.
The Ultrasensor track can be transformed into a Running Pressure Analysis Laboratory (LAC) by recording state-of-the-art patient morphological data from a steady state and gait by adding high-resolution cameras.
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