Orthosole Women's Comfortable Max Cushion Customisable Insoles, Grey, 2-2.5

• Micro-adjustable Poron urethane layer – relieves pressure points and adapts to the shape of your foot
• Macro adjustable EVA arch pad – supports and controls foot and body alignment
• Macro adjustable EVA metatarsal pad – improves weight distribution to protect the ball of the foot
• Color: Grey
• 35 EU

Product description Customizable insoles that benefit both health and performance. These OrthoSole Max Cushion insoles for women are designed to fit tighter shoes to provide comfort and support during exercise. Working with a team of experts that includes podiatrists, doctors and athletes, OrthoSole developed the Max Cushion insoles. Integrating premium materials with a smart design maximizes performance while minimizing the risk of injury. The micro-adjustable Poron(R) urethane layer optimizes the distribution of weight to foot pressure points and conforms to the shape of your foot. Macro adjustments include: an EVA arch pad that provides support and controls foot-body alignment; and an EVA midfoot pad that improves weight distribution to cushion and protect the ball of the foot. Moisture-wicking nylon fibers on the upper cover provide moisture management to keep feet cooler and drier for more comfortable performance. The cover also offers abrasion resistance and antimicrobial treatment for odor prevention and hygiene. Features: Micro-adjustable Poron(R) urethane layer - relieves pressure points and conforms to the shape of your foot. Macro-adjustable EVA arch pad - supports and controls foot and body alignment. Macro-adjustable EVA metatarsal pad - improves weight distribution to protect the ball of the foot. Moisture-wicking nylon fibers on the upper cover - keeps feet cooler, drier and more comfortable with antimicrobial treatment for improved hygiene. Heel chassis - stabilizes the ankle to guide the foot during ground impact. Indications Enhances comfort and support during exercise, prevents or alleviates foot pain or discomfort, supports and controls foot and body alignment, improves weight distribution to protect the ball of the foot