Use the following discount codes at checkout and receive a discount when you buy the necessary quantity of Interpod Flex devices: INTERPODFLEX-10 10% off when you buy 10 or more. The Interpod Flex is a great alternative to custom made orthotics. Made from durable Polypropylene, the Flex range is available in 3 arch heights. Features Eliminates pronation moments about the subtalar joint created by the lateral heel cup. Supplied with optional self adhesive covers. 3/4 length. Rear Foot Wedge. Cuboid Notch. Plantar Fascial Groove to help decrease arch irritation. Shank Independent. Polypropylene integral posting over the subtalar joint axis. Benefits Two pairs of top covers supplied as standard (Full and ¾ length). Polypropylene is very easy to grind and adjust. Easy to attach additions with contact glue. Heat mouldable. Extremely durable. Flexible shell provides comfort and shock attenuation. Thin, light, slim fit for comfort in all shoes.
Use the following discount codes at checkout and receive a discount when you buy the necessary quantity of Interpod Flex devices:
The Interpod Flex is a great alternative to custom made orthotics. Made from durable Polypropylene, the Flex range is available in 3 arch heights.
Insoles & Orthotics For High Arches
Engineered for Athletic Excellence: The arch support insole, made from Interpod's NeuroFlex, blends lightness, flexibility, and durability. Its slim
Sport orthopedic Insole| Improves Performance During Sports| Reduces strain during foot movements | Made by Experienced Podiatrists |Comfortable
Insoles & Orthotics For High Arches
Interpod Flex 8° High Arch Red Orthotics pair
Interpod Flex Foot Orthotic Insoles - an alternative to custom
3/4 length with a full length 3mm EVA self-adhesive top cover, Rearfoot wedge, Cuboid notch, Plantar fascial groove, Shank independent, Durable
Interpod Flex 6° Moderate Arch Orange Orthotics pair
Salford Insole Green Lateral Wedge – PPL Biomechanics
Orthotic Insoles for plantar fasciitis, Braces and Devices
Interpod Flex 8 Degree High Arch – PPL Biomechanics