Orthofeet non-binding comfort, diabetic socks are engineered with all functional features to offer unsurpassed comfort and protection for sensitive feet and for people with diabetes, neuropathy, arthritis, circulatory problems, and edema.
- Orthofeet non-binding comfort, diabetic socks are engineered with all functional features to offer unsurpassed comfort and protection for sensitive feet and for people with diabetes, neuropathy, arthritis, circulatory problems, and edema.
- Non-Constricting Design - Loose knit construction with super stretch offers maximum blood flow, enhancing comfort and protection for sensitive feet and for people with diabetes, neuropathy, arthritis, circulatory problems, and edema.
- Seam-Free - Unique inverse seem-free design provides virtually seam-free sock interior, offering utmost protection against blisters and irritations.
- Anti-bacterial, anti-odor - Bamboo anti-bacterial and anti-odor natural properties inhibit bacteria, and control foot odor.
- Anti-Blister soft Bamboo fibers offer an extremely soft sock interior, designed to minimize friction, and to eliminate irritation on your skin by reducing shear forces.
- Orthofeet non-binding comfort, diabetic socks are engineered with all functional features to offer unsurpassed comfort and protection for sensitive feet and for people with diabetes, neuropathy, arthritis, circulatory problems, and edema.
- Non-Constricting Design - Loose knit construction with super stretch offers maximum blood flow, enhancing comfort and protection for sensitive feet and for people with diabetes, neuropathy, arthritis, circulatory problems, and edema.
- Seam-Free - Unique inverse seem-free design provides virtually seam-free sock interior, offering utmost protection against blisters and irritations.
- Anti-bacterial, anti-odor - Bamboo anti-bacterial and anti-odor natural properties inhibit bacteria, and control foot odor.
- Anti-Blister soft Bamboo fibers offer an extremely soft sock interior, designed to minimize friction, and to eliminate irritation on your skin by reducing shear forces.
