High Quality anatomical chart, made of 200g/sqm art paper, size 50x70cm, incl. attachable plastic rods with hanger. Nomenclature in German, English and Latin.
High Quality anatomical chart, made of 200g/sqm art paper, size 50x70cm, incl. attachable plastic rods with hanger. Nomenclature in German, English and Latin.
The large and slender horse skull has long, broad, tapering nasals. At the front of the mouth are large incisors, designed for cropping grass. At the back of the mouth are six large, squared molars on either side of the maxilla and the mandible. The area between the incisors and the molars is called the bar. In that space sits a canine tooth (not present in all horses). The eyes sit back far on the head, typical of grazing animals. The braincase is small. The original male specimen of this cast was a large retired police horse. 2-part skull (separate cranium & jaw).Size: 51 x 54 x 30 cm
A scaled-down model of a horse‘s heart. It shows the correct anatomy of the horse‘s heart, including: 2 atria, ventricles, mouths of the main blood vessels. The model is made of hard plastic.
A realistic model of a horse‘s stomach. It is divided into two parts, each of which represents the internal and external structures of the horse‘s stomach structure.
? When looking to practice more advanced procedures for equine care, our Equine Simulator 1.0 provides students with many training opportunities. This comprehensive model will allow you to train on the following procedures: Intra-muscular Injections, Nasolacrimal Duct Flush, Placement of Subpalpebral Lavage System, Eye Nerve Blocks – Auriculopalpebral and Supraorbital Nerve, Teethe Nerve Blocks – Mental, Maxillary, and Infraorbital Nerve, Jugular Blood Draw and Catheter Insertion, Deep Facial Blood Draw, Transverse Facial Artery Blood Draw and Catheter Insertion. Included with your Equine Vascular Access Simulator is a 1000mL IV Bag and Artificial Blood Powder as well as instructions for set-up, maintenance, and use of the model.
SurgiReal’s Replacement Vessel bundle keeps your Equine Simulator effective without the need to purchase a new simulator. Vessels work for both the Equine Vascular Access Simulator and the Equine Simulator 1.0. Replacement vessels included: Jugular Vein, Deep Facial Vein, Transverse Facial Artery
The foot consists of the long pastern bone (or first phalanx), the short pastern bone (or second phalanx) and the coffin bone (or third phalanx). The coffin bone is normally enclosed by the hoof (not included). Not shown are Ligaments, tendons, cushions and cartilage that contribute to the complicated structure of the horse‘s foot.Size: 9 x 8 x 16.5 cm
Derived from CT and MR co-registered data, anatomically accurate and lifesize. 3D printed in full color, each anatomical component is individually colored. Hoof capsule is available separately and anchors the distal limb in the stance position. The series consists of four models: starting from Model 1 showing the full anatomy of the foot and comprised of 25 anatomical structures to step-by-step reduced models showing deeper structures.Model 1:Structures: Third metacarpal bone; Proximal sesamoid bones; Proximal phalanx; Middle phalanx; Distal phalanx; Distal sesamoid (navicular) bone; Ungular cartilages; Collateral ligaments of the metacarpophalangeal joint; Collateral ligaments of the proximal interphalangeal joint and the abaxial palmar ligaments of the foot; Collateral ligaments of the distal interphalangeal joint; Collateral ligament of the distal sesamoid (navicular) bone; Distal sesamoidean impar ligament; Proximal scutum and intersesamoidean ligament; Cruciate sesamoidean ligament; Short sesamoidean ligaments; Oblique sesamoidean ligaments; Straight sesamoidean ligament; Axial palmar ligaments of the foot; Suspensory ligament and extensor branches; Deep digital flexor tendon; Superficial digital flexor tendon; Common digital extensor tendon.
Derived from CT and MR co-registered data, anatomically accurate and lifesize. 3D printed in full color, each anatomical component is individually colored. Hoof capsule is available separately and anchors the distal limb in the stance position. The series consists of four models: starting from Model 1 showing the full anatomy of the foot and comprised of 25 anatomical structures to step-by-step reduced models showing deeper structures.Hoof Capsule:The corresponding hoof capsule is separate and anchors the distal limb in the stance position.Suitable for: VET4400, VET4410, VET4420 and VET4430.
The Replacement Bundle for the Equine Simulators includes all consumables except the skin (sold separately). Replacement Bundle works for both the Equine Vascular Access Simulator and the Equine Simulator 1.0. Jugular Vein, Deep Facial Artery, Transverse Facial Artery, Artificial Blood Powder, 1000mL IV Bag
We include the scapula, humerus, forearm (fused radius and ulna), cannon bone and foot. The foot consists of the long pastern bone (or first phalanx), the short pastern bone (or second phalanx) and the coffin bone (or third phalanx). The coffin bone is enclosed by the hoof.The horse is an unguligrade mammal. Such mammals walk on from four to only one digit (the horse‘s foot is really a single digit). The equivalent of the wrist or ankle joint is high above the ground. Such adaptations result in the ability to sustain high speeds.Height: 154 cm
The Replacement Bundle for the Equine Simulators includes all consumables except the skin (sold separately). Replacement Bundle works for both the Equine Vascular Access Simulator and the Equine Simulator 1.0. Jugular Vein, Deep Facial Artery, Transverse Facial Artery, Artificial Blood Powder, 1000mL IV Bag
Derived from CT and MR co-registered data, anatomically accurate and lifesize. 3D printed in full color, each anatomical component is individually colored. Hoof capsule is available separately and anchors the distal limb in the stance position. The series consists of four models: starting from Model 1 showing the full anatomy of the foot and comprised of 25 anatomical structures to step-by-step reduced models showing deeper structures.Model 2:As Model 1, however, this model shows the proximal sesamoidean ligaments, impar ligament and the collateral ligaments of the distal sesamoid(navicular) bone.
Derived from CT and MR co-registered data, anatomically accurate and lifesize. 3D printed in full color, each anatomical component is individually colored. Hoof capsule is available separately and anchors the distal limb in the stance position. The series consists of four models: starting from Model 1 showing the full anatomy of the foot and comprised of 25 anatomical structures to step-by-step reduced models showing deeper structures.Model 3:Similar to Model 1, but this model, with the deep digital flexor tendon sectioned, shows the tendon’s relationship to the distal sesamoid bone and the impar ligament. One ungular cartilage is absent to show the collateral ligaments of the distal sesamoid bone.
Simply mix SurgiReal‘s Artifical Blood Powder with water, add the mixture to an IV Bag, and start using your favorite SurgiReal RealFlow product! You could make one liter fake Blood with this Powder
Derived from CT and MR co-registered data, anatomically accurate and lifesize. 3D printed in full color, each anatomical component is individually colored. Hoof capsule is available separately and anchors the distal limb in the stance position. The series consists of four models: starting from Model 1 showing the full anatomy of the foot and comprised of 25 anatomical structures to step-by-step reduced models showing deeper structures.Model 4:This model, stripped of tendons and the suspensory ligament, shows the bones of the foot and their deep supporting ligaments.
A model of a horse (mare), 1/3 natural size. Intended for teaching purposes, for pupils and students. The model is installed on a base with wheels, and can be divided in two parts along its sagittal plane. The right part shows the outer skin of the animal, and the left part presents body and limb muscles. When two halves are separated, the left side shows the chest and the abdominal cavity with detachable organs, and the right side of the model shows main blood vessels, the heart, the abdominal cavity wall with detachable organs. A half of the model’s head can also be detached from the half showing muscles. The model can be divided into 16 parts.- Right side of the head (outside)- Left side of the head (muscles)- Right side of the trunk (outside)- Left side of the trunk (muscles)- Left front leg- Right gluteal muscle- Heart (2 parts)- Left lung- Stomach (2 parts)- Small intestine- Large intestine- Liver- Left kidney- Spleen
Right Distal Forelimb- Features a fully articulated skeleton. The bone material is radiodense allowing for visualization using radiography techniques- Allows movement at the carpus and fetlock joints- Has a soft silicone skin for palpationFeatures include:- The full superficial and deep flexor tendon unit which can be felt towards its insertion- Palpation of the suspensory apparatus- Palpable landmarks of the pastern joint- Palpable joints including the intercarpal, radiocarpal, fetlock and coffin jointsIncludes stand for clamping to a table.
€4,700.50*
A new level of realism with our veterinary training models!
The training of future veterinarians and therapists reaches a new level of realism with our veterinary training models and simulators. Our advanced anatomical models provide a hands-on training experience that optimally prepares future veterinarians and therapists for the challenges of veterinary medicine.
The medical simulators enable intensive training in various veterinary disciplines, from diagnostic procedures to surgical interventions. The realistic simulation of anatomical structures and physiological processes allows students to develop their skills to the highest level.
Our veterinary training models and simulators not only offer a realistic practical experience, but also the opportunity to simulate complex medical scenarios. Trainee vets can improve their diagnostic and therapeutic skills without being exposed to real animals.
Invest in the future of animal health by relying on our veterinary training models and simulators. We offer state-of-the-art technologies and high-quality materials to create a hands-on training environment that best prepares future veterinarians for their responsible role. Rely on our experience and expertise to ensure excellent training quality in veterinary medicine.