CHARACTERISTICS

GENERAL:

• This product is a replica of a normal adult female dog and is used for ultrasound and other veterinary training.
• The high quality materials used provide an accurate image during ultrasound use.
• Size: 116 x 66 x 43 cm (approx.)
• Weight: 55 kg (approx.)
• Can be customised with different pathologies depending on your needs.

ANATOMICAL STRUCTURES:

• Adult dog head
  • Skull of dog
  • Jaw bone
  • Realistic dog brain
• Adult dog forearms
  • Arm (Humerus)
  • Elbow joints
  • Forearm (Radius, Ulna)
  • Paw (wrist with fingers)
  • Material imitating skin
• Hind legs of adult dog
  • Thigh (Femur)
  • Knee joints
  • Leg (Tibia, Fibula)
  • Leg (toe bones)
  • Material imitating skin
• Adult dog tail
  • Tail bone
  • Material imitating skin
• Torso of adult dog
  • Complete vertebral column
  • Complete rib cage
  • Shoulder (scapula bones)
  • Pelvis
  • Heart
  • Blood vessels connected to the heart
  • Lungs
  • Diaphragm
  • Stomach
  • Liver and gall bladder
  • Kidneys
  • Spleen
  • Pancreas
  • Renal arteries
  • Urinary bladder and prostate gland
  • Ureters and Uterus
  • Large Intestine and Small Intestine
  • Adrenal gland
  • Aorta and Sublumbar Lymph Nodes
  • Descending Colon and Small Intestine
  • Duodenum
  • Gall bladder
  • Portal vein, vena cava and lymph nodes

MATERIALS:

• Soft tissues and organs: Urethane-based soft resin composite.
• Synthetic Bones: Proprietary ceramic-reinforced epoxy-based composite material

INCLUDE

• 1 Fantoma canino para ecografía
• 1 Video del diseño 3D
• 1 Manual de usuario

ADDITIONAL MODULES

OTHER VERSIONS AVAILABLE (sold separately):

• X-ray
• Magnetic Resonance Imaging (MRI)
• CAT SCAN (CT)

Description

The detachable canine phantom serves as a stand-alone training simulator as it is compatible with ultrasound and X-ray/computed tomography and anatomically correct. It mimics a medium-sized female German Shepherd. It is an ideal teaching tool for veterinary professionals as it features enhanced anatomical structures and detachable body parts. This allows to practice various positioning techniques with both imaging modalities.