Dr.Scholl
Melanie W Nevy Blue Shoe
Reference: 11793
39.90
Tax included
The Dr. Scholl Melanie shoe is a shoe that incorporates three pads to adapt to the way you walk. Gelactiv technology: by Scholl it is made up of three special Technogel® pads that are the support points for your feet, helping you to walk without problems. They absorb almost half of the impact of walking and, compared to normal shoes, reduce stress on sensitive areas of the foot, such as the heels. Gelactiv footwear: can prevent heel pain and promote better weight distribution on the foot. insole.Anatomical shape that helps improve posture and foot support.Soft and highly flexible insole, to cushion, reduce pressure and better adapt to the movement we make when walking
The Dr. Scholl Melanie shoe is a shoe that incorporates three pads to adapt to the way you walk. Gelactiv technology: by Scholl it is made up of three special Technogel® pads that are the support points for your feet, helping you to walk without problems. They absorb almost half of the impact of walking and, compared to normal shoes, reduce stress on sensitive areas of the foot, such as the heels. Gelactiv footwear: can prevent heel pain and promote better weight distribution on the foot. insole.Anatomical shape that helps improve posture and foot support.Soft and highly flexible insole, to cushion, reduce pressure and better adapt to the movement we make when walking
The Dr. Scholl Melanie shoe is a shoe that incorporates three pads to adapt to the way you walk. Gelactiv technology: by Scholl it is made up of three special Technogel® pads that are the support points for your feet, helping you to walk without problems. They absorb almost half of the impact of walking and, compared to normal shoes, reduce stress on sensitive areas of the foot, such as the heels. Gelactiv footwear: can prevent heel pain and promote better weight distribution on the foot. insole.Anatomical shape that helps improve posture and foot support.Soft and highly flexible insole, to cushion, reduce pressure and better adapt to the movement we make when walking