Tyromotion Advanced Rehabilitation Technology

17/06/2026

„Er braucht bei allem Unterstützung und macht trotzdem gute Fortschritte.“
So beschreibt Elias’ Mutter die aktuelle Situation.

Nach einer Gehirnblutung in den ersten Lebenswochen steht im Alltag vieles im Zeichen von Therapie und Begleitung.

Im Fokus stehen aktuell:
👉 Kopfkontrolle
👉 Rumpfstabilität
👉 grundlegende Bewegungen

Unterstützt wird er dabei auch durch robotikgestützte Therapie im kokon - Reha für junge Menschen – zum Beispiel mit dem Lexo, der gezieltes und sicheres Training ermöglicht.

🎥 Im Video erzählt seine Mutter, welche Fortschritte bereits sichtbar sind und wie wichtig jeder einzelne davon ist.

16/06/2026

Diego. One device. Upper limb recovery for all ages. 💪

With Diego, arm and shoulder rehabilitation becomes adaptable, intuitive, and effective — supporting both children and adults on their path back to everyday movement.

From playful, motivating exercises for younger patients to functional, task-oriented training for adults, Diego enables natural, three-dimensional movements with intelligent weight relief.

✔️ Effective training for arm, shoulder, and hand function
✔️ Task-oriented exercises for real-life movements
✔️ Scalable use from pediatric to adult rehabilitation
✔️ Efficient workflows for modern therapy settings

One system. Endless possibilities for upper limb recovery.

More about Diego 👉 https://tyromotion.pulse.ly/6ji2cpxohf

15/06/2026

Did you know? That “feeling of being stuck” many Parkinson’s patients describe has a name — and it can be trained.

Freezing of gait can interrupt even the simplest movements. But with the right strategies and targeted gait training, patients can learn to better manage these moments and regain confidence in walking.

Technologies like Lexo and Omego Plus support this process with structured, safe, and adaptable therapy approaches.

👉 Swipe to learn how gait training and cueing can help overcome freezing.

11/06/2026

How can cognitive and motor therapy be combined in one interactive setup? 🧠

With Myro, therapy integrates sensor-based assessment, task-oriented training, and gamification on a single surface.
By detecting touch, force, and object movement, Myro enables targeted training of upper extremity function while simultaneously addressing cognitive skills such as attention, planning, and coordination.

Using real-life objects within a therapeutic gaming environment, patients perform ADL-oriented tasks with direct feedback — supporting functional recovery in a motivating and versatile way.

👉 See how interactive, task-oriented pediatric rehabilitation looks in practice at kokon - Reha für junge Menschen

09/06/2026

A great clinical exchange in Japan!

Our Clinical Application team recently visited Fuchu Hospital in Osaka for a Diego VR training session with a highly motivated and engaged team of occupational therapists.

The hospital specializes in neurological, orthopaedic, and geriatric rehabilitation for adult patients — making individualized, intensive upper extremity therapy an important part of daily clinical practice.

During the training, the therapists explored how Diego VR combines 3D arm and shoulder rehabilitation with motivating virtual reality exercises and intelligent weight support to enable task-oriented therapy and natural movement patterns.

Thank you for the warm welcome, insightful discussions, and inspiring collaboration! 💡

08/06/2026

💡 New research on Tymo balance assessment

A validity and reliability study compared the Tymo balance board with a laboratory force platform.

The results show that Tymo provides measurement accuracy comparable to a gold-standard device, with very strong correlation in center of pressure paths.

Clinical validity of the Tymo balance test was demonstrated in stroke patients through its correlations with the Berg Balance Test, and reliability through repeated measurements.

👉 Swipe through to explore the key findings.

📘 Source:
Meier P, Calisti M, Werner I, et al. Validity and Reliability of the Posturographic Outcomes of a Portable Balance Board. Sensors. 2025;25:1309.

03/06/2026

Wie unterstützt man Kinder mit Hemiparese gezielt in der Therapie?
Eine zentrale Herausforderung ist die eingeschränkte Beweglichkeit der Hand und Finger.

Durch den Einsatz von robotikgestützten Geräten wie dem Amadeo können gezielt Bewegungen trainiert und viele Wiederholungen ermöglicht werden – und das auf spielerische Weise.

Das Ergebnis:
👉 mehr Motivation
👉 mehr aktive Bewegung
👉 und oft eine überraschende Reaktion der Kinder

🎥 Im Video erzählt Ergotherapeutin Sonja, wie das im Therapiealltag bei kokon - Reha für junge Menschen in Rohrbach-Berg aussieht.

02/06/2026

🎉 Happy Anniversary, Lexo! ✨

Since its launch, Lexo has been supporting intensive, task-oriented gait rehabilitation with a combination of clinically proven technology, natural movement patterns, and active patient participation.

As an end-effector-based gait trainer, Lexo enables efficient and individualized therapy with fast setup times, intuitive handling, and innovative transfer options for greater comfort and safety in everyday clinical use.

Built from 766 components and now used in over 30 countries worldwide, Lexo helps therapists maximize therapy time while supporting patients on their path toward improved mobility and independence.

From early mobilization to high-intensity gait training — here’s to every step forward, and to many more years of innovation ahead. 💙

More about Lexo 👉 https://tyromotion.pulse.ly/gesncoqnnc

01/06/2026

A great few days at ISPRM 2026 in Vancouver! 🌎✨

It was a pleasure to connect with so many professionals from the rehab community — with inspiring conversations, valuable insights, and hands-on exchange at our booth.

Myro, Pablo, and Tymo were explored in numerous live demos, with many visitors taking the opportunity to experience our solutions firsthand and discuss their clinical applications.

The strong interest and engaging discussions once again showed how important innovative, motivating, and measurable therapy approaches are in modern rehabilitation.

Thank you to everyone who visited us at the ISPRM Expo and shared their perspectives with us! 🙌

27/05/2026

Zurück ins Leben – Schritt für Schritt. 🚶‍♂️

Die Wiedererlangung der Gehfähigkeit zählt zu den wichtigsten Zielen in der neurologischen Rehabilitation. Mit robotergestützter Therapie lassen sich Intensität, Wiederholungszahlen und Motivation gezielt steigern.

Unser Lexo Gangtrainer ermöglicht ein sicheres, strukturiertes und hochintensives Training – auch für Patient:innen, die noch nicht selbstständig gehen können.

Aktuelle Studien zeigen: Elektromechanisch unterstütztes Gehtraining kann die Chance erhöhen, nach einem Schlaganfall wieder selbstständig zu gehen.

👉 Mehr dazu im Advertorial:

Eingeschränkte Gehfähigkeit gehört zu den häufigsten Folgen neurologischer Erkrankungen wie zum Beispiel Schlaganfall. Sie beeinflusst Mobilität, Selbstständigkeit und Lebensqualität maßgeblich. Gleichzeitig ist die Wiedererlangung des Gehens eines der zentralen Rehabilitationsziele. Roboter...