Please note: APIS brand shoes are specialty items. Orders for APIS products may be back ordered up to 8-12 weeks.
Apis 503-C: Orthopedic Shoes for Men
Men with a fine taste in fashion refuse to settle anything below marvelous. So if you’re looking for the perfect pair of shoes that has a jaw-dropping effect on those around you, then get your hands on the new Apis 503-C! Designed with a gloss-finish leather exterior, this pair of shoes promises durability. Apart from being dapper, this pair of shoes is extremely accommodating. It is A5500 coded, which is perfect for men looking for stylish diabetic shoes. Along with this, these shoes are also AFO accomodating, which ensures that your ankles are well-supported and your heels are properly placed. This pair of shoes also comes with an arch support feature to prevent flat feet problems. So, you can wear these shoes throughout the day without experiencing feet ache when you take them off. Thanks to the removable footbed feature, you get to enjoy custom orthotic accommodation that promises maximum levels of comfort. These shoes also offer foam-like protection in the form of the padded tongue feature, which protects the skin on your feet from footwear abrasion. You also get to enjoy enhanced support in the ankle and instep region as this pair of shoes comes with a padded collar feature!
- A5500 coded for diabetic patients
- AFO accomodation ensures proper ankle and heel placement
- Deep toe box feature elevates comfort levels in the toe area
- Two adjustable straps offers a custom fit
- Arch support prevents flat feet problems
- Heel counter feature cradles the heel and arch for support and prevents over-pronation
- Extra depth feature allows maximum cushioning for better support
- Removable footbed feature accommodates custom orthotics
- Contoured footbed offers gel-like cushioning for maximum comfort
- Seamless interior is the perfect addition for sensitive feet
- Padded tongue feature offers protection against footwear abrasion
- Padded collar offers ankle and instep region cushioning
