MRI veterinary test phantom

X-rayultrasound imagingCT Scan

Overview
The canine imaging phantom is a detachable training phantom compatible with Ultrasound, X‑Ray, CT and MRI. It is designed as a teaching and positioning tool for sonographers, radiographers, veterinary residents and clinical educators. The phantom incorporates anatomically accurate structures and removable components (head, limbs, torso, tail) to support multimodal imaging practice.

Features

• Joint articulation: Realistic joint mobility allowing positioning and movement similar to a live canine.
• Durable build: Engineered for repeated use in training and clinical simulation environments.
• Advanced vascular detailing: Refined vasculature in liver, spleen and pancreas for accurate organ localization.
• Comprehensive cardiac anatomy: All chambers, internal valves and major vessels including IVC, SVC and aorta for cardiac imaging.
• Expanded abdominal anatomy: Detailed intestinal tract with small and large intestine, caecum and rectum.

Materials

• Soft tissues and organs: urethane based soft resin to mimic acoustic and imaging properties
• Synthetic bones: ceramic reinforced epoxy composite for 3D printed skeletal components

Comes with

• Detailed user manual
• Protective carry case

Anatomy (standard version)

• Adult canine head: 3D printed skull and jaw
• Adult canine tail: 3D printed tailbone with skin like material
• Adult canine torso: 3D printed spine, ribcage, scapulae and pelvis
• Realistic heart with internal structures: valves, chambers and major vessels – IVC, SVC, aorta
• Lungs
• Diaphragm
• Stomach
• Liver with vessels
• Gallbladder
• Kidneys with vessels and arteries
• Spleen with vessels
• Large intestine
• Small intestine
• Caecum
• Rectum
• Pancreas with vessels
• Bladder
• Ureters
• Adult canine front limbs
• Adult canine rear limbs

Compatibility and Use
Intended for Ultrasound, X‑Ray, CT and MRI training, positioning practice and imaging demonstrations in veterinary education and clinical skill development.

Technical specifications

• Removable components: head, limbs, torso, tail for positioning exercises
• Imaging compatibility: Ultrasound, X‑Ray, CT, MRI
• Tissue/organ material: urethane based soft resin optimized for ultrasound and radiological contrast
• Bone material: ceramic reinforced epoxy composite for synthetic bones and 3D printed skeletal parts
• Cardiac features: anatomical chambers, internal valves and major vessels IVC, SVC, aorta for cardiac imaging simulation
• Vascular detailing: refined vasculature for liver, spleen, pancreas and other organs
• Includes: detailed user manual and protective carry case