A molded featherweight arch. Excellent for sport, work and casual shoes. Easily posted and adjusted. Deep heel cup for great hind foot control. All that is needed to adjust the Comfo-Arch is a pair of scissors and sand paper for the adjustments to the length some patients need.
The Comfo-Arch with metatarsal support! A very lightweight orthotic with a deep heel cup and ample flanges for great hind foot control and arch support. It has a metatarsal elevation for midfoot support. Great for plantar fasciitis and pronation. Works great in work shoes, sport shoes and comfort shoes.
A composite material made with carbon webbing and laminated with acrylic resins, which is suitable for applications that require a balance. This composite material does not conduct heat and remains cool to the foot even during the most grueling conditions. Moldable and grindable.
These carbon fiber spring plates are light as a feather and yet stronger than steel. Contoured plates will not rock or break. Available in 7 Men`s sizes for a more precise fit with little or no grinding which is a definite plus.
These carbon fiber spring plates are light as a feather and yet stronger than steel. Contoured plates will not rock or break. Available in 6 Women`s sizes for a more precise fit with little or no grinding which is a definite plus.
The Comfo-Lite is a 3/4 length semi-rigid 3/8" 6# silver grey foam with blue cover. It is very good for use with dress shoes, sneakers or when minimal displacement is a factor. It is a very foot friendly orthotic.
A dynamic insert made of injection molded polyester. The thin, lightweight design meets the biomechanical requirements of the foot. This style is available with met. The basic shape of the Dyna-Flex allows for easy and fast adjustments by the technician. Dyna-Flex inserts are thermo-formable and remain slightly "flexible" at all times.
Glass fiber composite is very easy to use for inserts, insole stiffeners, orthotics or any other application where a moldable product is needed. A combination of glass webbing combined with an acrylic polymer allows the material to maintain its density and integrity.