Frame Materials
Modifications Resources
Polypropylene
Subortholene
Carbon
EVA
Modifications
Posting
Forefoot Extensions
Pads & Cushions
Frame Modifications
Resources
Orthoses Reaction Force Guide
Impressions & Fabrications
Covering Materials
Rigidity Guide
Frame Materials
Polypropylene
Subortholene
Carbon
EVA
Modifications
Posting
Forefoot Extensions
Pads & Cushions
Frame Modifications
Resources
Orthoses Reaction Force Guide
Impressions & Fabrications
Covering Materials
Rigidity Guide
Frame Materials
Polypropylene
Subortholene
Carbon
EVA
Modifications
Posting
Forefoot Extensions
Pads & Cushions
Frame Modifications
Resources
Orthoses Reaction Force Guide
Impressions & Fabrications
Covering Materials
Rigidity Guide
About:
A proximal post grind off reduces the lever angle from the proximal, plantar calcaneus to the axis of the ankle joint. Reduction in this lever length reduces the force required by the anterior tibialis to decelerate plantar flexion following heel strike. This modification is essential for patients who are experiencing shin splints.
Hide/show illustrations
About:
A proximal post grind off reduces the lever angle from the proximal, plantar calcaneus to the axis of the ankle joint. Reduction in this lever length reduces the force required by the anterior tibialis to decelerate plantar flexion following heel strike. This modification is essential for patients who are experiencing shin splints.
Hide/show illustrations
About:
A proximal post grind off reduces the lever angle from the proximal, plantar calcaneus to the axis of the ankle joint. Reduction in this lever length reduces the force required by the anterior tibialis to decelerate plantar flexion following heel strike. This modification is essential for patients who are experiencing shin splints.