Rehabilitation treatment is intended to restore functioning in daily life within the environment of a person who has been affected as a result of injury, illness, surgery, etc. Over the past decade, alongside technological advancements, new and unique devices have been developed in the field of rehabilitation. Integrating treatment using these technologies together with individualized, hands-on therapy provided by healthcare professionals helps engage patients and increase their motivation for treatment. At Reuth Tel Aviv Rehabilitation Hospital, the most advanced technologies are used as part of routine therapeutic care.
Rehabilitation Technologies in Physiotherapy Services
LEXO
A robotic gait training system in which the patient is secured with a harness and ankle supports. The system allows controlled, safe, and personalized training for various gait impairments.
The system operates using the End Effector method and incorporates body-weight support and robotic movement of the legs and pelvis in order to optimally simulate a physiological gait pattern.
3D TUTOR
The 3D TUTOR uses powerful rehabilitation software that enables therapists to focus and patients to intensively train specific joints, including the head, trunk, upper limbs (shoulder, arm, elbow, and wrist), lower limbs (leg, thigh, knee, and ankle), as well as vestibular training for the treatment of dizziness, vertigo, and instability.
Motion biofeedback ensures patient motivation and challenge during intensive, controlled practice. The rehabilitation software provides movement instructions and feedback that prevent the development of undesirable or compensatory joint movements and ensure improved performance of functional tasks.
Dynamic Standing Frame
A standing frame that allows patients to work safely while performing controlled movements of the body and limbs. Support is provided at the pelvis and knees. The level and direction of weight shifting out of the base of support can be adjusted.
GAIT BETTER
A virtual gait training platform for walking rehabilitation and fall prevention, based on the integration of cognitive and motor training.
The virtual system adds immersive environments to treadmill training. Patients can safely practice real-life situations such as walking in a park or in crowded streets. The platform incorporates multitasking training, decision-making, memory, and attention tasks, improving dynamic balance, endurance, gait, and cognitive abilities.
BALANCE TUTOR
A system designed to improve balance during standing and walking. During treatment, the patient stands on a motorized platform that moves in two directions (medial—toward the body’s midline, and lateral—away from the midline), accelerating or decelerating as needed.
The system enables posture control exercises that are individually tailored to the patient during standing, walking, or running.
C-Mill
A system consisting of a wide and long treadmill that allows functional walking, a projection system on the belt for displaying obstacles or various objects, and a front screen for projecting different training tasks. The system includes a safety harness to prevent falls and an option for dynamic body-weight support.
Training options include balance exercises, gait parameter training such as step length and width, walking at different speeds, obstacle negotiation, and more.
Huber
A system that uses force sensors beneath a motorized platform to offer a comprehensive and enjoyable physical rehabilitation program by breaking down the patient’s training into four movement components: flexibility and mobility, dynamic strengthening, posture and balance, and endurance.
Anti-Gravity System
A system that offers revolutionary rehabilitation and sports training using Differential Air Pressure (DAP) technology, allowing body-weight reduction of up to 80% in precise 1% increments. Advanced features include electrically adjustable handrail height, a 21-inch touchscreen, and wide handrails.
The system includes a built-in camera, integrated protocols, and real-time gait analysis.
Hand Tutor
A system consisting of an ergonomic glove and dedicated rehabilitation software that enables patients to work within their available range of motion. Functional Electrical Stimulation (FES) can be integrated to increase active movement capacity by combining active practice with assisted support.
BlazePod
An interactive training system based on flash reflex training technology. Designed to improve speed, agility, reaction time, and coordination through visual stimuli, the system consists of pods (small lighting units) that change colors and include touch sensors.
BoBo Dice
BoBo Dice combine smart motion-detection cubes with an engaging digital platform. Each cube includes three-dimensional motion sensing, colorful LED feedback, and Bluetooth connectivity for real-time tracking of every movement. The system is designed to support agility, hand manipulation, and motor-cognitive training through measurable and interactive exercises.
Bioness
An electrical system that attaches below the knee for DROP FOOT pathology (a condition in which the foot is paralyzed). The system enables foot lifting during walking, helps patients walk in a correct gait pattern, and reduces the risk of falls.
VR Glasses
Virtual reality glasses used for balance training and for use and strengthening of the upper limbs through three-dimensional games.
Chattanooga
A combined electrotherapy device that includes both ultrasound for treating pain and tendon inflammation, and an electrical stimulation unit for pain treatment and muscle strengthening (muscle activation באמצעות electrical current).
Shockwave
A shockwave therapy device for treating tendon inflammations such as plantar fasciitis/heel spur. The device is also used to loosen and soften stiff muscles in post-surgical or spastic patients (patients with increased muscle tone and stiffness).
Laser
A laser device for the treatment of acute or chronic pain, providing deep tissue heating.
WiseCare
A software platform for patient self-exercise, individually tailored by the treating physiotherapist. The program provides patients with tools to practice at home and enables monitoring of their progress.
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