All of our functional orthotics begin by taking an accurate laser scan of the client's feet. Balance positive casts
are then generated, and a polyethylene thermoplastic is thermoformed over the corrected casts. Thermoplastics are widely used
in the manufacture of functional foot orthotics, due to their inherent ability to retain their shape, even with rigorous wear and
constant flexing. These devices can be made with additional sponge arch fill to allow an extra degree of flexibilty or where
increased balancing is required. Our functional orthotics are top covered with EVA or neoprene sponge for comfort and cushioning.
These devices are ideal where functional control of the foot is required, and have many applications including sports, occupational
and daily living.
Oakville Orthotics is one of the few clinics that continue to offer leather orthotics. The advent of thermoplastics
took the orthotic industry by storm in the 1970's and 80's, but it was the leather device that started the revolution. Natural
leather, due to its unique properties of tolerability, breathability, low skin sensitivity, excellent moldability and maintenance
of shape is the best all-round material for accommodative orthotics. Starting with a laser scanned image of the feet, the leather
is "we-lasted" over an unbalanced cast, and left for several days to dry. Once dry, the leather has taken on the exact shape
of the foot and material is then added to the bottom to balance and accommodate the foot. Bottom materials can range from soft
to firm depending on the clinical findings and desired outcomes.
Accommodative orthotics, also referred to as total contact orthotics, are generally constructed from unbalanced casts.
These devices are not meant to alter the functional mechanics of the foot, but as the name implies, to accommodate and protect the
foot. These devices are ideal for the "at-risk" foot (pressure sensitivities, neuropathy, ulcerations, etc.) and are constructed
using multiple layers of pressure distributing foams with a deep heel seat, high flange design that cradles the foot. Lesions
on the bottom of the foot, or bony prominences are easily accommodated with these devices.
