Okabashi Girls’s Venice Slide Sandals

Worth: $18.98
(as of May 08,2021 10:16:06 UTC – Particulars)

Product Description

FEEL THE COMFORT

Each Okabashi shoe is fastidiously designed with foot remedy in thoughts. Our designers perceive the construction of the foot, the way it strikes and the affect it may have on different components of the physique. That’s why consolation and assist are the inspiration of each Okabashi shoe. Podiatrists and chiropractors all through the nation advocate our merchandise as a supportive different to conventional footwear, and clients have discovered reduction from a variety of foot illnesses like plantar fasciitis, arthritis and diabetic foot ache.

Okabashi Venice Girls’s Sandals

The Okabashi Venice Girls’s Sandal pairs a sculpted heel cup, premium arch assist, and all day attractiveness. That is the right slide for on a regular basis put on and likewise round the home, with its non-slip footbed, arch assist, and machine cleanable materials.

ARCH SUPPORT

Superior arch assist promotes correct alignment of the ft and backbone, minimizing pressure on the knees, hips, and again and leading to ache reduction from a number of illnesses.

HEEL CUP

The contoured heel cup reduces side-to-side motion when strolling, offering extra stability, whereas relieving sore ft by offering a pure cushion.

MASSAGE BEADS

Based mostly on the ideas of reflexology, massaging beads are strategically positioned throughout the footbed of every shoe to stimulate completely different areas of the only real to advertise higher circulation.

TOE REST

Our toe relaxation prevents ft from sliding ahead, permitting for a extra sure-footed step, whereas giving your toes a little bit of safety and letting them unfold out and chill out.

100% Vegan + Recyclable
Made in USA
The Venice ladies’s sandal pairs a sculpted heel cup, premium arch assist, and all day attractiveness.
That is the right slide for on a regular basis put on and likewise round the home, with its non-slip footbed, arch assist, and machine cleanable materials.