Advanced Rehabilitation Technologies

HAL® Hybrid Assistive Limb Exoskeleton

Primary Purpose:

Robotics-assisted rehabilitation and mobility retraining

The HAL® Hybrid Assistive Limb Exoskeleton is a wearable robotic technology designed to support movement training and help you practice walking and mobility exercises.

HAL detects your intended movement signals and provides robotic assistance to help your muscles and joints complete functional movements. This allows you to participate in repetitive training designed to improve mobility, coordination, and confidence.

Primary Conditions Supported:

• Spinal Cord Injury
• Stroke Recovery
• Traumatic Brain Injury (TBI)
• Neurological Mobility Impairments
• Walking and Movement Difficulties

HAL therapy may help you participate in intensive rehabilitation exercises while your therapy team guides you through safe and controlled movement training.

ONWARD ARC-EX® Spinal Cord Stimulation

Primary Purpose:

Non-invasive spinal cord stimulation technology supporting neurological recovery and upper extremity rehabilitation.

The ONWARD ARC-EX® system is an advanced rehabilitation technology designed to support individuals recovering from spinal cord injuries and neurological movement challenges.

This non-invasive technology applies targeted stimulation to support communication between the nervous system and muscles during rehabilitation exercises.

Your rehabilitation team may use ONWARD ARC-EX as part of a personalized treatment approach focused on improving movement, function, and participation in daily activities.

Primary Conditions Supported:

• Spinal Cord Injury
• Stroke Recovery
• Upper Extremity Rehabilitation
• Neurological Movement Challenges

Bertec Head Mounted Display (HMD) Virtual Reality Rehabilitation

Primary Purpose:

Virtual reality-assisted rehabilitation supporting balance retraining, visual motion processing, and sensory integration

The Bertec Head Mounted Display (HMD) uses immersive virtual reality technology to create controlled environments that help you practice balance and movement skills.

Your therapy team can use customized visual experiences to train your brain to process movement, balance information, and environmental changes.

Primary Conditions Supported:

• Vestibular Disorders
• Balance Dysfunction
• Neurological Recovery
• Gait Rehabilitation
• Sensory Integration Challenges

Virtual reality rehabilitation provides a safe environment where you can gradually practice movements under the guidance of your rehabilitation specialists.

Bertec Balance & Vestibular Systems

Primary Purpose:

Balance rehabilitation, vestibular assessment, postural control training, and sensory integration therapy

Bertec Balance Systems help evaluate and improve your body’s balance and response to movement.

Your balance depends on communication between your vision, inner ear, muscles, and nervous system. Bertec technology helps your rehabilitation team understand balance challenges and create targeted therapy exercises.

Primary Conditions Supported:

• Vestibular Disorders
• Balance Dysfunction
• Neurological Mobility Impairments
• Fall Risk Concerns
• Gait and Stability Challenges

These systems support balance training designed to help you improve confidence, safety, and independence during daily activities.

BrainView® Neural Scan Pro+ Brain Mapping System

Primary Purpose:

Quantitative EEG brain mapping and advanced neurological assessment

The BrainView® Neural Scan Pro+ provides detailed information about brain activity and cognitive function through advanced brain assessment technology.

The system evaluates brain electrical activity and cognitive performance to help your rehabilitation team better understand areas such as attention, memory, processing speed, and overall brain function.

This information can support personalized rehabilitation planning and progress monitoring.

Primary Conditions Supported:

• Traumatic Brain Injury (TBI)
• Concussion
• Stroke Recovery
• Cognitive Rehabilitation
• Neurological Assessment
• Brain Function Concerns

BrainView helps provide objective information that complements your medical evaluation and rehabilitation plan.

Xcite2® Functional Electrical Stimulation Therapy System

Primary Purpose:

Functional Electrical Stimulation (FES) therapy supporting muscle activation, movement retraining, and functional rehabilitation.

The Xcite2® Functional Electrical Stimulation Therapy System combines electrical stimulation with meaningful movement exercises to help you practice everyday activities.

Instead of focusing on only one muscle at a time, Xcite2 coordinates stimulation across multiple muscle groups to support functional movements such as reaching, grasping, standing, stepping, and walking.

Your therapist can customize Xcite2 therapy sessions to your rehabilitation goals, helping you participate in task-specific exercises tailored to your recovery needs.

Primary Conditions Supported:

• Stroke Recovery
• Spinal Cord Injury
• Traumatic Brain Injury (TBI)
• Multiple Sclerosis (MS)
• Neurological Weakness
• Partial Paralysis
• Upper and Lower Extremity Movement Challenges

Xcite2 therapy may support muscle re-education, movement practice, and functional independence as part of a comprehensive neurological rehabilitation program.

RT300® Functional Electrical Stimulation (FES) Therapy System in Florida

Primary Purpose:

Functional Electrical Stimulation cycling and movement therapy for neurological rehabilitation.

The RT300® Functional Electrical Stimulation (FES) Therapy System is designed to help you engage weakened muscles through controlled cycling and movement exercises.

The system uses electrical stimulation to activate specific muscles during therapy. This combination allows you to complete repetitive movement training that may support muscle activation, circulation, endurance, and physical conditioning.

RT300 therapy provides a structured way to incorporate movement into rehabilitation programs for individuals who experience limited mobility due to neurological conditions.

Primary Conditions Supported:

• Spinal Cord Injury
• Stroke Recovery
• Multiple Sclerosis
• Neurological Mobility Impairments
• Muscle Weakness
• Reduced Physical Activity Due to Injury

At Neuro Robotics Rehab Center in Florida, RT300 FES therapy may be incorporated into personalized rehabilitation plans tailored to your abilities and recovery goals.

GaitKeeper GK S22 Gait Analysis Technology

Primary Purpose:

Advanced gait analysis, mobility assessment, posture evaluation, and walking rehabilitation.

The GaitKeeper GK S22 provides detailed information about your walking patterns, movement efficiency, and posture control.

By analyzing how you walk, your rehabilitation team can better understand movement challenges and develop targeted therapy strategies.

Primary Conditions Supported:

• Spinal Cord Injury
• Stroke Recovery
• Traumatic Brain Injury
• Mobility Impairments
• Gait Dysfunction
• Walking Difficulties

Understanding your walking patterns allows your therapy team to create more personalized rehabilitation programs.

PhysioGait 360 Dynamic Unweighting System

Primary Purpose:

Dynamic body-weight support for gait training, balance improvement, and mobility rehabilitation.

The PhysioGait 360 Dynamic Unweighting System helps reduce the amount of body weight placed on your legs while you practice standing, walking, and movement exercises.

By providing adjustable support, PhysioGait allows you to practice walking patterns and mobility exercises with greater confidence and safety.

This technology is especially valuable for individuals who need assistance during early stages of gait rehabilitation.

Primary Conditions Supported:

• Stroke Recovery
• Spinal Cord Injury
• Traumatic Brain Injury
• Gait Dysfunction
• Balance Problems
• Mobility Limitations

PhysioGait supports progressive rehabilitation by helping you safely practice movement as you work toward improved walking ability and independence.

Vivistim® Post-Stroke Therapy

Primary Purpose:

Technology-assisted upper extremity rehabilitation after stroke.

Vivistim® is designed to support arm and hand rehabilitation for individuals recovering from stroke.

The system combines stimulation technology with rehabilitation exercises to encourage repeated practice of meaningful upper-limb movements.

Your therapy program may focus on improving arm control, hand function, and participation in everyday activities.

Primary Conditions Supported:

• Stroke Recovery
• Upper Extremity Rehabilitation
• Arm and Hand Movement Challenges

Vivistim therapy may become part of a comprehensive stroke rehabilitation program focused on improving functional independence.

Advanced Technology Supporting Your Recovery

At Neuro Robotics Rehab Center, advanced rehabilitation technology is combined with expert clinical care and personalized treatment planning.

Whether you are recovering from a stroke, spinal cord injury, brain injury, balance disorder, or another neurological condition, our rehabilitation team works with you to identify the right technologies and therapies to support your goals.

Our goal is to help you improve movement, increase independence, and participate more confidently in everyday activities through personalized rehabilitation programs supported by advanced technology.