An equine solid structure, dual density, hoof shaped shoe structures to cover the entire underside of a hoof and has relatively small opening(s) to allow application of medication to the equine hoof after the shoe is attached. The shoe is sloped on the underside to allow the hoof to roll forward, or to the side, without unnecessary bending, thus allowing an equine to find a comfortable natural position to relieve stress on a sore, injured or diseased hoof. The solid shoe structure is has small openings (that are removably plugged) to allow medication or other components to be injected or inserted and is shaped to cover substantially the entire equine hoof underside.

An equine solid structure, dual density, hoof shaped shoe structures to cover the entire underside of a hoof and has relatively small opening(s) to allow application of medication to the equine hoof after the shoe is attached. The shoe is sloped on the underside to allow the hoof to roll forward, or to the side, without unnecessary bending, thus allowing an equine to find a comfortable natural position to relieve stress on a sore, injured or diseased hoof. The solid shoe structure is has small openings (that are removably plugged) to allow medication or other components to be injected or inserted and is shaped to cover substantially the entire equine hoof underside.

A system for automated horseshoeing. The system is a three cell concept generally including a tool change area, a gluing area and a modification area. The system generally include a platform for a horse to stand thereon wherein all working components are contained below. The system is configured so that a horse can stand on said platform and the working components move from hoof to hoof thereby allowing the horse to remain in a neutral standing position during the entire shoeing process without having to bend it's ankle. The automated horseshoeing process of the present specification is entirely monitored by a farrier.

A system for automated horseshoeing. The system is a three cell concept generally including a tool change area, a gluing area and a modification area. The system generally include a platform for a horse to stand thereon wherein all working components are contained below. The system is configured so that a horse can stand on said platform and the working components move from hoof to hoof thereby allowing the horse to remain in a neutral standing position during the entire shoeing process without having to bend it's ankle. The automated horseshoeing process of the present specification is entirely monitored by a farrier.

A device for suspending an object such as bridle, a snaffle, and a halter. The device includes a base body having a wall contact section, a support section, an outer surface which faces away from the contact section, and a fastening device having a magnet. The wall contact section is mounted on a wall section via the fastening device and is associated with the wall section when assembled. The support section is oriented against gravity and supports the object from a direction of the outer surface so that the object is suspended in a supported position on the support section and held against gravity. The magnet is mechanically received in or on the base body and is associated with the wall contact section. The magnet enables a mounting of the base body to a metal wall section via a holding force of the magnet.

A device for suspending an object such as bridle, a snaffle, and a halter. The device includes a base body having a wall contact section, a support section, an outer surface which faces away from the contact section, and a fastening device having a magnet. The wall contact section is mounted on a wall section via the fastening device and is associated with the wall section when assembled. The support section is oriented against gravity and supports the object from a direction of the outer surface so that the object is suspended in a supported position on the support section and held against gravity. The magnet is mechanically received in or on the base body and is associated with the wall contact section. The magnet enables a mounting of the base body to a metal wall section via a holding force of the magnet.

The invention provides a removable hoof nipper blade and hoof nipper incorporating the removable blade. The removable blade is adapted to be removably secured to the jaw end of the hoof nipper and provides a convenient means for a farrier to maintain a hoof nipper in a sharp condition without the need to sharpen the blades of the hoof nipper or keeping multiple hoof nippers on hand.

The invention provides a removable hoof nipper blade and hoof nipper incorporating the removable blade. The removable blade is adapted to be removably secured to the jaw end of the hoof nipper and provides a convenient means for a farrier to maintain a hoof nipper in a sharp condition without the need to sharpen the blades of the hoof nipper or keeping multiple hoof nippers on hand.

A modular lower leg and hoof wrap configured to hold one or more therapeutic devices proximate an animal's hoof. The invention is intended primarily for use with horses. The components attach to a sole, which is intended to be positioned beneath the animal's hoof. One or more retention panels extend upward from the sole. A first wrap panel and a second wrap panel also extend upward form the sole. Elastic and VELCRO attachment features are preferably used so that each of the components may be positioned in a suitable location for a particular animal's anatomy. Other closure devices, such as buckles or snaps, could also be used.

A modular lower leg and hoof wrap configured to hold one or more therapeutic devices proximate an animal's hoof. The invention is intended primarily for use with horses. The components attach to a sole, which is intended to be positioned beneath the animal's hoof. One or more retention panels extend upward from the sole. A first wrap panel and a second wrap panel also extend upward form the sole. Elastic and VELCRO attachment features are preferably used so that each of the components may be positioned in a suitable location for a particular animal's anatomy. Other closure devices, such as buckles or snaps, could also be used.