Dr. Scholl’s Custom Fit Orthotics CF 320 Shoe Sole Insole Inserts
Brand: Dr. Scholl's
Being on your feet all day can cause aches and pains in your feet and lower body. This can be caused by the shock of your feet hitting the ground, which travels up your leg. And if your feet aren’t properly supported, moving can cause stress and strain. But Dr. Scholl’s Custom Fit Orthotic Inserts can help! Each insole has three layers that provide support for your feet where they need it most. Soft top cloth – provides added comfort and durability, Cushion layer – Just the right amount of cushioning to disperse your foot pressure. Reduces the shock from your heels hitting the ground, and CradleFlex Support System – Stability layer reinforces and supports your arch. Helps distribute weight evenly through your foot and keep your body in alignment. Your feet are the foundation of your body and your movement. Take care of your feet to take care of yourself. Designed by using over 2000 sensors to map types of feet based on state-of-the-art pressure measurement and foot-mapping. No trimming is required because each insole is ¾ the length of a shoe. Measurements based on pressure on heal and ball of foot, height of arch and size of foot. Uniquely designed to reinforce and stabilize arch of foot, Exceptional heal cushioning to relieve pressure. Alleviate daily foot pain, knee pain and back pain. Improve your daily living by improving your kinetic chain.
Your feet are the foundation of your body and your movement. Take care of your feet to take care of yourself.
Designed by using over 2000 sensors to map types of feet based on state-of-the-art pressure measurement and foot-mapping.
No trimming is required because each insole is ¾ the length of a shoe. Measurements based on pressure on heal and ball of foot, height of arch and size of foot.
Uniquely designed to reinforce and stabilize arch of foot, Exceptional heal cushioning to relieve pressure.
Alleviate daily foot pain, knee pain and back pain. Improve your daily living by improving your kinetic chain.