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  1. Biomechanical plantar fasciitis is best treated mechanically by correcting abnormal foot mechanics. Orthotics designed to control excess subtalar joint pronation will, via the windlass mechanism, assist the arch in rising and reduce plantar fascial tension. Surgery is seldom required and should be avoided whenever possible.

  2. ABOUT VASYLI MEDICAL. In 1987, VASYLI Medical introduced custom heat-moldable orthotics, designed together with some of the world’s foremost biomechanics experts. A snap to fabricate in the clinic, these products revolutionized medical orthotics for professionals who treated lower-limb disorders. But this was just the beginning.

  3. TREATMENT. VASYLI orthotics realign the metatarsal heads by dorsiflexing the 2nd, 3rd , and 4th metatarsals to their neutral position, using a built-in metatarsal raise. By controlling excess pronation, orthotics also prevent plantar flexion and shearing of the metatarsal shafts. Balancing the weight distribution over the 5 metatarsal bones ...

  4. CONTACT US VASYLI MEDICAL, NORTH AND SOUTH AMERICA 7 Hamilton Landing, Suite 200 Novato, California 94949 United States of America Tel: +1 888 882 7954 Email: customercare@caleres.com Web: vionicshoes.comVASYLI MEDICAL, ASIA PACIFIC

  5. SUPINATION CONTROL FOOT ORTHOTIC. STYLE: 71HOKE. The VASYLI + Hoke prefabricated foot orthotic is the result of the collaboration between Phillip Vasyli and Brian Hoke DPT, SCS. The VASYLI + Hoke device is expressly designed for the control of the pes cavus foot type. Unlike an over pronator, a supinator will invariably have a more complex foot ...

  6. VIDEOS. VASYLI + ARMSTRONG II DIABETIC FOOTBED. A discussion with Dr. David Armstrong about the VASYLI + Armstrong II Diabetic Footbed. WATCH VIDEO >. An overview of issues with the foot at the point of foot strike. WATCH VIDEO >. How to use additions and wedges with VASYLI orthotics. WATCH VIDEO >. SIZING THE ¾-LENGTH DEVICE.

  7. The VASYLI + Armstrong II sensitive feet orthotic is suitable for patients who suffer from plantar sensitivity—loss of plantar fat pad, arthritis, and blistering, as well as peripheral neuropathy. It’s clinically and scientifically validated to reduce shear forces and the incidence of plantar ulcerations compared to standard diabetic insoles.