The Feline Tech Simulator is an advanced training tool engineered to equip veterinary and animal science students with the skills needed for real-world clinical practice. Designed for hands-on, repeatable learning, this full-body feline model is ideal for training in radiography, venepuncture, dentistry, intubation, and more.
Constructed from premium silicone, the simulator accurately replicates the weight, texture, and anatomical detail of a live cat, making it an essential component of any veterinary technology curriculum. Its full X-ray-compatible skeleton, multiple venepuncture sites, and interchangeable components enable a wide range of procedural exercises, from fundamental handling techniques to complex diagnostic procedures.
Key Features:
- Realistic Feline Anatomy – Designed to mimic the natural movement, shape, and tactile feel of a live cat.
- Removable Dentistry Module – Perform dental cleanings, charting, and probing with lifelike accuracy.
- Full X-ray Skeleton – Includes removable radius and caudal vertebrae; pre-fractured bones simulate transverse and oblique fractures.
- Venepuncture Practice – Multiple blood draw points located on both front and hind limbs.
- Intubation Practice – Safely learn and perform airway management procedures.
- Positioning & Bandaging – Develop skills in proper restraint, positioning, and wound management.
- Removable Eye – Eye can be lubricated, removed for cleaning, or replaced as needed.
Procedural Training Applications
- Radiographic positioning and interpretation
- Venepuncture and blood collection
- Intubation and airway management
- Feline dental examinations and cleanings
- Bandaging and restraint techniques
- Anatomical study and fracture identification
- Ocular care and maintenance
Durable, versatile, and built for repeated use, the Feline Tech Simulator is an indispensable resource for contemporary veterinary training programs. Whether used in the classroom or clinical laboratory, it empowers students to build both confidence and competence before working with live patients.
