Constance Care Rehabilitation Center for Robotic Rehabilitation and Mobility Recovery Wellness

Neurological Rehabilitation

Targeted therapies for patients suffering from central nervous system disorders, including stroke, cerebral palsy, multiple sclerosis (MS), and Parkinson’s disease. Programs focus on neuroplasticity, re-teaching the brain and body to coordinate movement.

Orthopedic & Spine Rehab

Comprehensive recovery plans for patients following orthopedic surgeries, joint replacements, sports injuries, or severe spinal trauma. The focus is on pain reduction, joint mobility restoration, and functional strengthening.

Pediatric Rehabilitation

Specialized therapeutic protocols designed for children, addressing developmental delays, congenital conditions, and pediatric cerebral palsy, utilizing engaging, modern technologies to encourage active participation.

Kinesitherapy & Manual Therapy

Traditional, hands-on physical therapy techniques. Expert therapists use targeted exercises, massages, and joint mobilizations to prepare the body for intensive robotic sessions and ensure optimal muscular health.

HAL® (Hybrid Assistive Limb)

A revolutionary cybernic treatment that reads bio-electrical signals from the patient's brain to their muscles. The exoskeleton supports the patient's intended movements, effectively re-teaching the brain how to walk after severe neurological injury.

Ekso Bionics Gait Training

A wearable bionic suit that provides adjustable support for lower extremities. It enables patients with lower limb weakness or paralysis to stand and walk with a natural, weight-bearing gait, improving circulation and muscle tone.

Hand of Hope Therapy

An advanced robotic device dedicated to hand rehabilitation. By detecting muscle signals, the device assists patients in performing hand opening and closing movements, crucial for regaining fine motor skills post-stroke.

Pelvic Floor & Core Rehab

Utilizing targeted therapies to strengthen core musculature and pelvic floor functions, which are often compromised after spinal injuries or severe trauma. This therapy is vital for restoring overall stability and bodily control.

Intensive Outpatient Program

Designed for patients living locally or managing their own accommodation, focusing strictly on daily clinical therapy.

• Initial physician and physiotherapy consultation
• Daily sessions of robotic therapy (HAL/Ekso)
• Supplemental manual kinesitherapy
• Ongoing progress evaluations
• Flexible scheduling for outpatient convenience

Comprehensive Inpatient Stays

All-inclusive rehabilitation camps tailored for medical tourists and patients requiring intensive daily support.

• Accessible accommodation on or near premises
• Multiple therapy blocks per day
• Access to the full suite of robotic devices
• Continuous care and support staff availability
• Customized nutritional and wellness support

Step 1: Initial Consultation & Review

Patients submit their medical history and diagnostics. The medical team reviews these records to determine candidacy for specific robotic or traditional therapies.

Step 2: On-Site Medical Assessment

Upon arrival, the patient undergoes a thorough physical and neurological evaluation by a specialist physician and the lead physiotherapist.

Step 3: Customized Protocol Design

A personalized rehabilitation plan is created, detailing the exact blend of manual kinesitherapy, robotic exoskeleton training, and frequency of sessions.

Step 4: Intensive Active Rehabilitation

The patient begins their daily therapy blocks. Sessions are highly structured, pairing the patient one-on-one with certified therapists to utilize devices like HAL or Ekso.

Step 5: Ongoing Adaptation

Therapists continuously monitor biofeedback and physical responses, adjusting the exoskeleton settings and exercise difficulty to match the patient's improving capabilities.

Step 6: Final Evaluation & Home Plan

At the end of the program, a final medical evaluation determines the progress achieved. The patient is provided with guidelines and exercises to maintain progress at home.

Improved Motor Function

Through consistent use of cybernic devices like HAL, many patients experience re-awakened neural pathways, leading to voluntary muscle contractions that were previously impossible post-injury.

Gait Restoration

Exoskeleton training provides the crucial upright weight-bearing experience needed to re-learn walking patterns, significantly aiding stroke survivors in achieving a more natural and balanced gait.

Enhanced Independence

Programs focusing on hand function (Hand of Hope) and core stability allow patients to regain the fine motor skills necessary for daily activities, dramatically improving quality of life.

Psychological Empowerment

Beyond the physical benefits, the ability to stand and take steps in a robotic suit provides immense psychological motivation, fighting the depression that often accompanies severe trauma.

Warsaw Area, Poland

Located in Kierszek / Konstancin-Jeziorna, just outside the capital city of Warsaw. The area is historically known for its health resorts, providing a tranquil environment conducive to healing.

• International Arrivals: Easily accessible via Warsaw Chopin Airport (WAW).
• Therapeutic Setting: Surrounded by nature, offering a quiet escape from urban noise.
• Modern Infrastructure: Seamless connection to Warsaw's top medical networks if additional specialized diagnostics are required.

Support for International Patients

The clinic caters to medical tourists seeking advanced robotics that may not be available or affordable in their home countries.

→ Coordination: Assistance with scheduling and navigating therapy blocks.

→ Accommodation: Access to fully adapted, barrier-free lodging.

→ Language Support: Therapy and documentation can be coordinated for English-speaking international guests.

What conditions does Constance Care specialize in treating?

The clinic specializes in neurological and orthopedic rehabilitation, focusing heavily on stroke recovery, spinal cord injuries, cerebral palsy, multiple sclerosis, and post-surgical orthopedic recovery.

What is HAL® therapy?

HAL (Hybrid Assistive Limb) is an advanced cybernic exoskeleton that reads faint bio-electrical signals from the brain to the muscles, assisting the patient in moving their limbs. It helps re-teach the brain how to coordinate movement after trauma.

Do I need to stay at the clinic for treatment?

Constance Care offers both outpatient and inpatient programs. International or non-local patients typically enroll in comprehensive rehabilitation packages that include accessible accommodation.

Can children receive therapy at Constance Care?

Yes, the center provides pediatric rehabilitation programs tailored specifically for children with conditions like cerebral palsy and developmental delays.

Is the entire facility wheelchair accessible?

Absolutely. The clinic was built specifically with severe mobility limitations in mind, ensuring a completely barrier-free environment for wheelchair users and those using walking aids.

Do they only use robotics for therapy?

No, robotic devices are integrated with traditional therapies. A holistic program usually includes manual kinesiotherapy, massage, and exercises alongside the advanced robotic exoskeleton sessions.

What is the Hand of Hope?

It is a specialized biofeedback robotic device designed to assist patients in regaining fine motor control, grasping, and hand opening abilities, often used for stroke survivors.

How do I know if I am eligible for the Ekso or HAL suits?

Eligibility is determined through a rigorous medical screening. Patients provide their medical history, and upon arrival, doctors conduct an on-site physical evaluation to ensure the technology is safe for them.

Where is Constance Care located exactly?

The center is located in Kierszek, right near the health-resort town of Konstancin-Jeziorna, just a short drive from the capital city of Warsaw, Poland.

How long does a rehabilitation program take?

The duration varies based on the patient's condition and goals. Programs are customized, but intensive stays often run for several weeks to maximize neuroplasticity and muscular adaptation.