Polski
Physiotherapy on the Offensive: Children with Duchenne's, an Exoskeleton That Brings Patients Back to the Kitchen, and Robotics That Beats VR
September 2026 shows that physiotherapy is moving at two speeds at once: on one hand, it still stands at the patient's bedside, building local communities of support; on the other, it is reaching ever more boldly for robots, exoskeletons, and hard clinical data. In this roundup we bring both worlds together: a conference on a rare neurological disease, a study on an exoskeleton that gives patients back their kitchens, and a scientific answer to the question of which rehabilitation technology actually works.
01 · Pediatric Physiotherapy
September in Tribute to Children with Duchenne Muscular Dystrophy
The Greater Poland (Wielkopolska) Branch of the National Chamber of Physiotherapists marked World Physiotherapy Day in a way that goes far beyond symbolic gestures. On September 4–6, the town of Września hosted a scientific and educational conference dedicated to supporting patients with Duchenne muscular dystrophy – a rare, progressive neuromuscular disease that requires the collaboration of an entire therapeutic team [1]. The event brought together physicians, physiotherapists, and psychologists, which nicely reflects the nature of today's pediatric rehabilitation – it is teamwork, in which physiotherapy is just one piece of a puzzle that also covers the body and mind of the patient and their family.
The conference culminated in a charity run held as part of the nationwide "Polska się rusza" ("Poland Is Moving") campaign [1]. This blend of expert knowledge with an inclusive sporting event is a great example of how local professional chamber branches build a bridge between the medical community and the patient community – and a reminder that behind every clinical statistic are real children and their families.
02 · Exoskeletons
An Exoskeleton That Gives Patients Back Their Kitchen
From a rare genetic disease, we move to a technology that has for years promised to restore independence to people after spinal cord injury. A new peer-reviewed clinical study on the personal ReWalk exoskeleton, made by Lifeward, confirms that these promises rest on real evidence [2]. Participants with chronic spinal cord injury who used the exoskeleton performed significantly better at everyday activities – such as preparing meals in the kitchen or personal hygiene tasks – than those using wheelchairs [2].
What makes this result especially interesting is not just the functional improvement, but the accompanying rise in user satisfaction and reported reduction in pain [2]. Rehabilitation after spinal cord injury has long grappled with the question of whether advanced, costly technologies translate into real quality of life, rather than just impressive demonstrations at trade fairs. This time, the answer – at least in light of the study's data – is yes, which is a strong argument, both commercial and scientific, for the medical equipment and orthopedics industry.
03 · Rehabilitation Robotics
Robotics vs. VR and Brain-Computer Interfaces: Who Really Wins in Post-Stroke Rehabilitation
Speaking of hard evidence, it's worth setting the above results alongside a broader question: which of today's trendy rehabilitation technologies actually has the strongest scientific foundation? A network meta-analysis published in Frontiers in Neurology, covering 25 randomized trials and as many as 1,145 patients, seeks the answer [3]. The authors compared three approaches to improving upper-limb function after stroke: robotic therapy, virtual reality, and brain-computer interfaces.
The result is unambiguous – robotic therapy has the strongest and most consistent evidence of effectiveness [3]. Virtual reality, despite its popularity and appeal to patients, delivered only moderate improvement, while brain-computer interfaces, although still generating considerable interest among researchers and investors, do not yet have solid support in clinical evidence [3]. For clinicians and those making purchasing decisions for equipment at rehabilitation facilities, this is an important signal: enthusiasm for technological novelty should go hand in hand with a critical assessment of the evidence, not just marketing shine.
Summary
Summary
This week in the rehabilitation and physiotherapy industry shows the full spectrum – from a local, human story of support for children with Duchenne muscular dystrophy, through an exoskeleton that genuinely gives patients back their independence in the kitchen, to the scientific verification of which post-stroke rehabilitation technology truly deserves a place in the clinic. The common denominator? Evidence – clinical and human – showing where it's worth investing time, money, and attention.
If these topics caught your interest, the best place to see similar solutions live, try exoskeletons hands-on, talk to manufacturers of rehabilitation robotics, and exchange experiences with physiotherapists from across Poland is the International Trade Fair for Rehabilitation and Physiotherapy. We look forward to seeing you there!
Invitation
Want to see exoskeletons, rehabilitation robots, and the latest movement-enhancing technologies with your own eyes? Visit the International Trade Fair for Rehabilitation and Physiotherapy and talk to the experts behind the clinical studies described in this roundup. It's where science meets clinical practice.
International Trade Fair for Rehabilitation and Physiotherapy 2026Footnotes
[1] Krajowa Izba Fizjoterapeutów (kif.info.pl) — https://kif.info.pl/informacje/swiatowy-dzien-fizjoterapii-2026-we-wrzesni/[2] GlobeNewswire — https://www.globenewswire.com/news-release/2026/09/15/3361974/32993/en/peer-reviewed-study-of-lifeward-s-rewalk-exoskeleton-reports-significant-improvements-in-daily-activity-performance-satisfaction-and-pain.html
[3] Frontiers in Neurology — https://www.frontiersin.org/journals/neurology/articles/10.3389/fneur.2026.1882841/full