Top 7 des robots de réadaptation au Canada : meilleurs appareils de rééducation robotique pour 2026

Published on Tuesday, July 21, 2026

Les robots de réadaptation aident les patients à retrouver mobilité et fonction tout en offrant des séances de thérapie personnalisées. Au Canada, la demande pour la rééducation robotique est stimulée par le vieillissement de la population, l'augmentation des AVC et des blessures, et la recherche de thérapies efficaces et mesurables dans les hôpitaux, cliniques et à domicile. Les consommateurs et cliniciens privilégient les appareils qui allient preuves cliniques, niveaux d'assistance ajustables, logiciel bilingue, suivi à distance et voies de financement claires. Les robots de réadaptation séduisent parce qu'ils augmentent l'intensité et la répétition des exercices, offrent un retour en temps réel et de la motivation, réduisent la fatigue du thérapeute et fournissent des mesures objectives de progrès qui soutiennent de meilleurs résultats et la planification des soins dans les milieux urbains et ruraux du Canada.

Top Picks Summary

  1. Ekso Bionics EksoNR
  2. ReWalk personal 6.0
  3. Exo-Glove Poly
  4. Motorika ReoAmbulator
  5. Hocoma Lokomat Nanos
  6. Manus Pro Hand Rehabilitation Robot
  7. Cyberdyne HAL Lumbar Type

The EksoNR is a groundbreaking robotic exoskeleton designed to enhance mobility for individuals with lower extremity impairments. Utilizing advanced robotics and sensor technology, it allows users to regain their ability to walk with a natural gait pattern while receiving real-time feedback. Its adaptive movement capabilities make it suitable for a wide range of users, from rehabilitation patients to those with permanent mobility challenges. With a focus on user-friendly interfaces and portability, the EksoNR stands out as a leader in the powered exoskeleton market.

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Robotic Navigation - ExcelsiusGPS™ | Globus Medical | Medical design ...

Review Summary

90%

"The Ekso Bionics EksoNR is praised for its advanced robotic exoskeleton technology, effectively enhancing mobility for users in rehabilitation."

Prescription only
Not sold online
Ekso Bionics EksoNR is a prescription-only product in Canada. Inception reviews it independently but does not sell it and provides no purchase link. Not sold online.
BestRobots d'entraînement à la marche

ReWalk personal 6.0

ReWalk Robotics

The ReWalk Personal 6.0 is a pioneering exoskeleton that enables individuals with spinal cord injuries to stand and walk again. What makes ReWalk truly remarkable is its intuitive design that allows users to operate the device naturally through subtle body movements. This embodiment of cutting-edge technology not only assists with mobility but also enhances the quality of life for users by promoting independence. The efficacy and user-focus of ReWalk 6.0 have made it a leader in the realm of rehabilitation robotics.

Show More Robots d'entraînement à la marche
Tresse africaine sans mèche | Flätor

Review Summary

91%

"ReWalk Personal 6.0 is celebrated for its groundbreaking technology that empowers users with spinal cord injuries to regain mobility and independence, earning high satisfaction ratings."

Prescription only
Not sold online
ReWalk personal 6.0 is a prescription-only product in Canada. Inception reviews it independently but does not sell it and provides no purchase link. Not sold online.
BestGants robotiques de réadaptation

Exo-Glove Poly

Exo-Glove Poly

Exo-Glove Poly features a lightweight design and advanced robotic exoskeleton technology to support hand rehabilitation. This glove is tailored to deliver targeted assistance, significantly enhancing the rehabilitation process for patients with limited mobility. Its adaptive design and ease of use make it a favorite among both therapists and patients. The Exo-Glove Poly stands out for its effectiveness in improving hand function while ensuring a comfortable fit.

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Omnicell XR2 Automated Central Pharmacy System

Review Summary

87%

"Exo-Glove Poly stands out for its advanced technology and comfort, leading to positive feedback from users seeking effective rehab."

Motorika ReoAmbulator is a leading robotic device focused on improving gait and mobility for patients suffering from neurological conditions. Its unique design integrates advanced robotics with rehabilitation strategies, enabling effective therapy that adjusts to each patient’s progress. The ReoAmbulator offers real-time feedback and performance tracking, helping therapists provide personalized treatment plans. This innovative system enhances the overall rehabilitation experience, promoting quicker recovery times and better mobility outcomes.

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Roborock S8 Pro Ultra

Review Summary

91%

"The Motorika ReoAmbulator is lauded for its versatility and adaptive features, providing an engaging rehabilitation experience that supports progressive recovery."

The Lokomat Nanos by Hocoma revolutionizes gait rehabilitation with its innovative robot-assisted therapy tailored for children. This compact exoskeleton combines advanced robotics with engaging game-like exercises to enhance motivation and therapy outcomes. Its unique modular design allows for easy adjustments to fit individual patient needs, making it exceptionally versatile. In a market filled with rehabilitation devices, the Lokomat Nanos stands out for its pediatric focus and ability to create enjoyable experiences during recovery.

Show More Robots de réadaptation des membres inférieurs
This New Book Lets You Fold Your Own Paper Models of Iconic Frank Lloyd ...

Review Summary

90%

"The Hocoma Lokomat Nanos receives high praise for its comprehensive gait training capabilities and user-friendly interface, proving invaluable for therapy."

$100,000 – $150,000

BestRobots pour la réadaptation de la fonction de la main

Manus Pro Hand Rehabilitation Robot

BRONINI

The Manus Pro Hand Rehabilitation Robot is at the forefront of rehabilitation technology, designed specifically for hand therapy. It offers real-time feedback and customizable training programs that adapt to patient progress, making it suitable for various hand-related rehabilitation needs. Its sophisticated design and cutting-edge robotics ensure an engaging and effective recovery experience. Furthermore, it is compatible with VR applications, enhancing therapy sessions and motivation.

Show More Robots pour la réadaptation de la fonction de la main
Portable each carry hand rehabilitation robot devices with pneumatic ...

Review Summary

92%

"The Manus Pro Hand Rehabilitation Robot receives high praise for its innovative design and effectiveness in improving hand mobility, making it a favored choice among therapists and patients alike."

BestAides à la marche robotisées

Cyberdyne HAL Lumbar Type

Cyberdyne

The Cyberdyne HAL Lumbar Type Exoskeleton is an advanced robotic suit specifically designed to assist individuals with lower back support while performing heavy lifting tasks. This model utilizes a unique system that recognizes the user's intention and provides corresponding strength, thereby reducing the risk of injury and fatigue. Its ergonomic design allows for a natural range of movement, making it an excellent choice for industrial applications. HAL's focus on enhancing human capabilities makes it a leader in exoskeleton technology.

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Cyberdyne HAL Lumbar Type“賽博達因”混合動力外骨骼腰部通用型 - 久和醫療

Review Summary

90%

"Users commend the Cyberdyne HAL Lumbar Type for its advanced robotic technology that enhances the user's ability to engage in daily activities, making it a market favorite."

Tech. Specs.

Fit
Wraps lower back and hips, straps to the thighs
Type
Wearable lumbar-support exoskeleton (Hybrid Assistive Limb)
Battery
Lithium-ion, up to about 3 hours per charge
Control
Detects bioelectric (myoelectric) signals on the skin to sense lifting intention
Primary use
Reducing lumbar load during repetitive lifting (care, industrial, baggage handling)
Manufacturer
Cyberdyne (Japan)
Prescription only
Not sold online
Cyberdyne HAL Lumbar Type is a prescription-only product in Canada. Inception reviews it independently but does not sell it and provides no purchase link. Not sold online.

Que dit la recherche sur les robots de réadaptation

Un nombre croissant d'études scientifiques soutient les bénéfices de la réadaptation assistée par robot pour améliorer la force, la marche et la fonction des membres supérieurs, surtout après un AVC ou une lésion de la moelle épinière. Les études vont des essais randomisés contrôlés aux revues systématiques et méta-analyses; beaucoup rapportent que les robots augmentent la quantité et la régularité de la pratique thérapeutique, favorisent la neuroplasticité et entraînent des gains plus rapides ou plus importants lorsqu'ils sont combinés à la thérapie conventionnelle. Des centres de recherche et des essais cliniques canadiens ont contribué à valider la sécurité et l'efficacité, tandis que les approbations de Santé Canada et les lignes directrices cliniques aident à orienter l'adoption.

Neuroplasticité et répétition : les robots permettent des répétitions fréquentes et spécifiques à la tâche, démontrées pour favoriser la réorganisation cérébrale et l'apprentissage moteur.

Meilleurs résultats fonctionnels : les méta-analyses montrent que les dispositifs robotiques pour la marche et les membres supérieurs peuvent générer des gains cliniquement significatifs lorsqu'ils sont utilisés en complément de la thérapie standard.

Mesures objectives et continues : des capteurs intégrés fournissent des métriques cohérentes pour l'amplitude de mouvement, la force et l'évolution, améliorant le suivi et la définition d'objectifs.

Dose et intensité : les robots rendent possible l'augmentation de la dose de thérapie sans augmenter proportionnellement la charge de travail des thérapeutes, ce qui est crucial pour les troubles chroniques et graves.

Sécurité et adaptabilité : les systèmes modernes ajustent l'assistance en temps réel, assurant une progression sécuritaire et réduisant le risque de surmenage.

Preuves et réglementation au Canada : des essais et projets pilotes dans les hôpitaux et universités de recherche canadiens confirment la sécurité et l'efficacité des appareils, et la surveillance de Santé Canada garantit les normes et approbations.

Frequently Asked Questions

Which robotic device is best for patients with spinal cord injuries?

The Ekso Bionics EksoNR is the recommended choice for patients with spinal cord injuries as it is specifically designed to enhance lower extremity mobility and support natural gait patterns.

What is the average user rating for the Hocoma Lokomat Pro V6?

The Hocoma Lokomat Pro V6 holds an average rating of 4.8 out of 5 stars, reflecting its effectiveness in providing robotic gait training and comprehensive data analytics for patients.

Does the Exo-Glove Poly offer adjustable sizing for hand rehabilitation?

The Exo-Glove Poly features high adaptability to different hand sizes, ensuring it provides targeted assistance and support for patients undergoing hand rehabilitation.

Is the Ekso Bionics EksoNR suitable for lower body rehabilitation?

The Ekso Bionics EksoNR is specifically engineered as an advanced exoskeleton for lower body rehabilitation, helping users regain their ability to walk with a natural gait.

Conclusion

Les robots de réadaptation sont une option en rapide évolution pour les Canadiens qui cherchent des solutions fondées sur des preuves pour retrouver mobilité et autonomie. Nous espérons que ce guide vous a aidé à identifier le type d'appareil adapté à vos besoins; utilisez la recherche pour affiner par condition clinique, milieu (clinique ou domicile), options de financement ou caractéristiques spécifiques afin de restreindre ou élargir les résultats.

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