Enable Exercise, not your typical clinic
The Enable Exercise clinic is located in Canterbury and is equipped to accommodate many different neurological disorders. Our experienced staff focus on providing the highest level of exercise rehabilitation in a fun and vibrant environment.
Each of our clients receive tailored exercise programs specific to their therapy goals. In a collaborative effort our therapist will assist in designing therapy goals specific and meaningful to the client. These goals are often focused on functional improvements to improve day to day activities, quality of life, independence, and overall health and wellbeing.
For more information please contact us +61 483 945 953. You will be glad you did!
FREE Assessment for NDIS Participants
We know that navigating your NDIS plan while exploring new healthcare options can be overwhelming. That’s why we’re delighted to offer a complimentary physio assessment for all NDIS participants. This free evaluation allows you to experience our services firsthand, ensuring they’re the right fit for your unique needs before making a commitment.
At Enable Exercise we believe that no two individuals are the same!
Our talented team of Exercise Physiologist and Physiotherapists are specialised in helping individuals with neurological disorders become healthier, stronger, more functional, and more capable. As an official NDIS provider our purpose is to provide services is to help you overcome adversity and pursue goals that matter most to you.
Our unique skills allow us to help people with:
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- Spinal Cord Injury
- Acquired Traumatic Brain Injury
- Multiple Sclerosis
- Cerebral Palsy
- Stroke
- Parkinson’s Disease
- Charcot Marie Tooth Syndrome
- Muscular Dystrophy
- Other Neurological conditions and disabilities
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At Enable Exercise we will work collaboratively to develop functional and achievable goals through safe and intensive exercise rehabilitation programs. These goals will be focused on assisting with your neurological recovery and improving your quality of life and functional independence.