JMD ALU SHOE SUSPENSOR RAMIX HIND
Designed by Professor Jean Marie Denoix, DVM, PhD director of the CIRALE (Normandy, France).
Shoe with asymmetric branches (a wide branch and a narrow bevelled branch) as well as a wide toe and heels bevelled at their ends. Designed in high-tech aluminium alloy 5083-H111. Non-tempered alloy: hot work possible up to 450 °C. 2 clips. Thickness 10 mm. Coverage and weight in size 1: 30 mm for the wide branch. 35 mm on the toe. Narrow and bevelled branch: 25 mm foot side and 15 mm ground side. 208 g.
CONCEPT AND REACTION ON THE GROUND :
On penetrable and compacted ground: the wide branch provides support and limits sinking. The narrow bevelled branch promotes sinking. The wide toe and the bevelled heels promote heels sinking.
BIOMECHANICAL AND KINESITHERAPIC EFFECTS :
Depending on the application of the shoe (medial or lateral wide branch): reduces tensions on one branch of the fetlock joint suspensory ligament or on one oblique sesamoidean ligament.
Desmopathy of the medial branch of the suspensory ligament or of the medial oblique sesamoidean ligament (medial wide branch). Desmopathy of the lateral branch of the suspensory ligament or of the lateral oblique sesamoidean ligament (lateral wide branch).
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