The Latest Innovation in Physiotherapy and Rehabilitation
Physiotherapy and stroke rehabilitation are on the brink of a new era. Robotic therapy has changed the way stroke patients move and heal, boosting recovery.
This technology comes in the form of wearable assistance, or more specifically, a human exoskeleton.
Let’s take a look at what this technology is and how it has revolutionised stroke rehabilitation
What Is a Human Exoskeleton?
A human exoskeleton is a wearable device that combines robotics and biomechanics. It provides mobility assistance and strength-enhancing support for stroke patients.
Essentially, it is a powered exoskeleton suit worn over the body to assist in movement, balance and strength.
Healthcare providers can now offer innovative therapies by integrating exoskeleton technology into physiotherapy and rehabilitation. This can greatly aid the recovery process for stroke patients and individuals with limited mobility.
Have a look at our robotic therapy devices to find out more.
How Human Exoskeletons Are Transforming Stroke Rehabilitation
Stroke exercises are designed to restore function and muscle strength in affected areas. Rehabilitation exoskeletons take this a step further by offering wearable robotic support. These devices move in coordination with the patient, mimicking natural movement.
It is especially useful for gait training, where lower limb exoskeletons play a critical role in helping patients regain movement. Gait training exoskeletons improve mobility, supporting muscle memory through repetitive motion.
This will allow stroke patients to regain strength and accuracy at a much faster rate. Users are even able to guide their movement with their minds! This is done through neuro-controlled exoskeletons and human-machine interface systems.
Benefits of Human Exoskeleton in Physiotherapy
Enhance Mobility Assistance: Human exoskeletons provide targeted mobility support. This is vital for patients who struggle with balance and coordination. Upper and lower limb exoskeletons enable precise movements, enhancing stability during rehabilitation.
Strength Restoration: An assistive exoskeleton is designed to provide strength enhancing support. This will allow patients to perform exercises with greater ease and confidence. They will also regain muscle function at a pace that suits them.
Customisable Therapy: Exoskeleton devices are adaptable to various stages of rehabilitation. This allows for personalised therapy sessions that can adjust to the patient’s progress.
For instance, battery-powered exoskeletons offer adjustable settings that accommodate different levels of support.
Minimised Therapist Load: With wearable assistance devices, therapists can focus on monitoring progress rather than support. This reduces physical strain on therapists so they can focus on giving high-quality rehabilitation therapy to patients.
Improved Mental Well-Being: The psychological effect of gaining some control can be empowering. Being able to walk again even with assistance, can boost morale and overall mental health. These factors are crucial for successful rehabilitation.
Exoskeleton Applications Beyond Physiotherapy
Exoskeleton applications extend far beyond stroke recovery and therapy. For example, industrial exoskeletons are used to enhance worker safety and reduce the risk of injury. Similarly, military exoskeletons are employed to give soldiers strength-enhancing capabilities.
In healthcare, medical exoskeletons are also used for elderly mobility support. This can enable independence and reduce the risks of falls. Exoskeleton therapy for patients with neurodegenerative diseases has also shown promising results.
Future of Human Exoskeletons in Rehabilitation
The future of exoskeleton robotics looks promising. Advancements in human-machine interfaces and neuro-controlled exoskeletons will only push the boundaries even further. Researchers are constantly working on exoskeleton innovation to improve weight distribution and adaptability.
We can expect a wave of bionic exoskeletons that are lighter, smarter and more effective! With continuous development, human exoskeletons are likely to become a staple in rehabilitation centres.
Conclusion
Technology is advancing at a rapid rate, changing the landscape of many fields. With the introduction of exoskeletons, we can rest assured that the field of stroke rehabilitation is in good hands.
Discover how this treatment can benefit you or your family member and contact us to find out more.
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Take a look at our collection of exoskeleton robot and devices that are focused in helping stroke patient back up on their feet.