FITLIGHT® is Applicable for a Wide Variety of Injury Prevention and Recovery Protocols
Established in 2011, FITLIGHT® products have been the leading edge in visual, cognitive and dynamic training and testing from day one.
Our products use state-of-the-art hardware and software to facilitate the improvement of users Visual Motor Reaction and Neuro-Cognitive skills. FITLIGHT® allows for fully customizable protocols with data capture and cloud based analytics. Add this to the options for customization in terms of size and scale and you have a highly complementary platform which to help develop skills for a wide variety of users.
Rehabilitation & Physiotherapy
Medical practitioners, speciﬁcally physiotherapists, can use FITLIGHT® to rehabilitate clients from injuries as well as utilize the system for more complex diagnoses.
The lights can be positioned by the physiotherapist to improve range of motion, strength, coordination and proprioception of an injured extremity. By varying the position of the lights, the therapist can also target static and dynamic balance. The FITLIGHT® can be programmed to increase the repetitions as desired, and the degree of difﬁculty as the patient improves.
The data collected from the system gives the physiotherapist tangible information that can be used to increase or decrease the exercise load, and also assist in determining the rate of recovery. This is all done under the control of the FITLIGHT® program as deﬁned by the physiotherapist for the speciﬁc injury or condition being treated.
Challenges in sensory processing are common amongst individuals with cognitive related disorders. Training with light and sound stimuli offers stimulation to those with difﬁculties in sensory processing.
FITLIGHT® provides a new, dynamic and visual learning framework to enhance sensory and motor skills, identiﬁcation and focus, and reactivity.
It allows users to engage in functional and social learning by providing motivational exercises for the enhancement of mental capacity, perception, and concentration.