DENOIX SUSPENSORY SHOE : SUSPENSORIX HIND( sold by pair ) (000)
Feature
- JMD ALU SHOE SUSPENSORIX® HIND
- Designed by Professor Jean-Marie Denoix, DVM, PhD director of the CIRALE (Normandy, France).
- Designed by J.M. Denoix ( for all the Denoix shoes )
- Better shape, better alloy and same price for each size
- all shoes are with clips
Product Detail
- ASIN: B073NCCZ5T
- Item model number:
- Average Customer Review: Customer Reviews
Product Description
DESCRIPTION :
Shoe with a wide toe and bevelled narrow branches. Designed in high-tech aluminium alloy. Non-tempered alloy: hot work possible up to 450 °C. 2 clips. Thickness 10 mm. Coverage and weight in size 1: 35 mm on the toe. On branches: 25 mm foot side and 15 mm ground side. 182 g.
CONCEPT AND REACTION ON THE GROUND :
On penetrable and compacted ground: wide front support to limit sinking of the toe. Narrow bevelled branches to promote the sinking of heels. Slightly bevelled outer rim on the toe to promote rolling.
BIOMECHANICAL AND KINESITHERAPIC EFFECTS :
Reduces stress on the fetlock joint suspensory ligament and on the superficial digital flexor tendon. Reduces general stress on the fetlock joint suspensory apparatus (suspensory ligament, proximal scutum, straight and oblique sesamoidean ligaments).
INDICATIONS :
Desmopathy of the fetlock joint suspensory ligament. Pathology of the superficial digital flexor tendon. Desmopathy of the sesamoidean ligaments (straight and oblique). Arthrosis of the fetlock joint.
Shoe with a wide toe and bevelled narrow branches. Designed in high-tech aluminium alloy. Non-tempered alloy: hot work possible up to 450 °C. 2 clips. Thickness 10 mm. Coverage and weight in size 1: 35 mm on the toe. On branches: 25 mm foot side and 15 mm ground side. 182 g.
CONCEPT AND REACTION ON THE GROUND :
On penetrable and compacted ground: wide front support to limit sinking of the toe. Narrow bevelled branches to promote the sinking of heels. Slightly bevelled outer rim on the toe to promote rolling.
BIOMECHANICAL AND KINESITHERAPIC EFFECTS :
Reduces stress on the fetlock joint suspensory ligament and on the superficial digital flexor tendon. Reduces general stress on the fetlock joint suspensory apparatus (suspensory ligament, proximal scutum, straight and oblique sesamoidean ligaments).
INDICATIONS :
Desmopathy of the fetlock joint suspensory ligament. Pathology of the superficial digital flexor tendon. Desmopathy of the sesamoidean ligaments (straight and oblique). Arthrosis of the fetlock joint.
