- Centering of the humerus and stabilising of the arm allows freedom of movement in the shoulder joint
- Stabilisation of the paretic arm, counteracting the development of the typical spastic pattern
- Pain relief
- Eases the active rehabilitation process
- Soft and temperature-regulating
- Individual adjustment capabilities
- Optional individually adjustable muscle stimulation pad
Omo Neurexa is ideally suited to the rehabilitation of patients with shoulder pains and shoulder dysfunction following a stroke as well as injuries to the central or peripheral nervous systems. The orthosis facilitates active rehabilitation by correctly positioning the arm with no restrictions in arm movement. It is not necessary to remove Omo Neurexa during shoulder rehabilitation.
Omo Neurexa provides an anatomical fit. The user feels safe and secure, can once again participate in an active life and the pain is relieved. Gait training is facilitated by improved posture and better balance. The orthosis prevents subluxation and counteracts the development of the typical spastic posture pattern.
Various details make Omo Neurexa particularly practical: snap fasteners in a range of colours for easy attachment or belts in different sizes for customised fitting. Silicon belts in the upper and lower arms prevent the orthosis from slipping. Additional stimulation of weakened muscles is made possible by an adjustable muscle stimulation pad. The Omo Neurexa can be worn the whole day, thanks to the soft, comfortable and temperature-regulating PCM material. The material prevents an excessive build-up of heat. To achieve the best results with the material the orthosis should be worn directly on the skin.
You can find more information about the effectiveness of Omo Neurexa in the study "The shoulder orthosis Omo Neurexa for the treatment of painful shoulders in highly paretic patients in the early phases of rehabilitation" by Prof. Dr. med. Stefan Hesse.
Indications
- Shoulder pain / subluxation following a stroke
- Shoulder pain / subluxation following injuries to the Plexus brachialis