INFO & BLOG
About diagnosis, treatment and recovery
What is robotic rehabilitation and how does it differ from classic physical therapy?
Robotic rehabilitation provides very high-repetition, symmetric and measurable exercise with gait and upper-limb robots; it complements classic physical therapy rather than replacing it.
Who is the gait robot (exoskeleton) suitable for?
It is suitable for selected patients with walking difficulty due to stroke, spinal cord injury or neurological disease, after appropriate assessment.
How does upper-limb robotic therapy contribute to arm and hand function?
It supports functional recovery by training reach, grasp and fine motor skills through task-oriented, gamified repetitions.
How early should rehabilitation begin?
Starting early, as soon as the patient is medically stable, supports neuroplasticity and recovery; suitability is assessed by the council.
How long does a rehabilitation program last and how many sessions are needed?
Duration and number of sessions are personalized to the condition and goals; your plan is shared transparently after assessment.
Is robotic therapy painful, is it safe?
Robotic systems provide controlled, safe repetitions; programs are personalized to tolerance and condition.
What is functional electrical stimulation (FES) used for?
It delivers targeted electrical stimulation to weak or paralyzed muscles, supporting functions such as foot drop, grasp and stepping.
How is progress measured and how do we know goals are reached?
Progress is monitored regularly with objective gait/motion analysis and standardized scales, and compared against goals.
Are home continuation programs and remote follow-up possible?
Yes; a personalized home program and remote follow-up are planned after discharge to sustain recovery.
How does the process work for patients coming from abroad?
It begins with file sharing and a free evaluation; end-to-end support including visa, transfer, accommodation and medical interpreter is provided.