CABIOMEDE anatomical educational models are made in 3D printing technologies. They are created on the basis of the results of computed tomography, which guarantees high accuracy and presenting many details of the anatomical structure. The models are also characterized by very high durability, which is their clear advantage over natural bones. They are a great solution for both veterinary students and veterinarians, who will facilitate communication with clients. Models can be sterilized, so you can also use them during surgery.
Model of External Fixator - Canine - Femur
Model of external fizator prepared with 3D model of canine femur.
Availability: na wyczerpaniu
Dispatched within: 7 days
Model of External Fixator - Canine - Humerus
Model of external fizator prepared with 3D model of canine humerus.
Availability: na wyczerpaniu
Dispatched within: 7 days
Model of External Fixator - Canine - Ulna and Radius
Model of external fizator prepared with 3D model of canine ulna and radius.
Availability: na wyczerpaniu
Dispatched within: 7 days
Model of External Fixator - Canine - Tibia and Fibula
Model of external fizator prepared with 3D model of canine tibia and fibula.
Availability: na wyczerpaniu
Dispatched within: 7 days
Spine - Yorkshire Terrier
Yorkshire Terrier spine prepared with 3D printing technology. Model based on a CT scan of a healthy dog. Ideal for educational purposes - both for veterinary students and client communication for professionals.
Availability: na wyczerpaniu
Dispatched within: 7 days
Spine of the French Bulldog with multiple degeneration - Magnetic folding model
Availability: na wyczerpaniu
Dispatched within: 10 days
Spine of the French Bulldog with multiple degenerative changes - Movable Model
Availability: na wyczerpaniu
Dispatched within: 10 days
Bulldog - Humerus - Model for Plates Contouring
Model of the French Bulldog humerus made in 3D printing technology, available in two variants - Standard and Premium.
The Standard model can be used for pre-operative contouring of bone plates and for practicing fracture treatment techniques, because its material behaves in a manner similar to natural bone during drilling and cutting.
Standard models can be disinfected with alcohol-based agents, but cannot be steam sterilized as this will damage the model.
The Premium model is made of a material resistant to high temperatures, thanks to which it can be subjected to steam sterilization. This model can be used for preoperative and intraoperative bone plate contouring.
Availability: duża ilość
Dispatched within: 7 days
Canine Wrist
Dog wrist model made in 3D printing technology. Model prepared on the basis of computer tomography of a healthy dog. Ideal for educational purposes - both for veterinary students and for communication with clients for professionals. Made of durable material suitable for sterilization with ethylene oxide, it can be used during surgical operations as a reference point and a kind of 'navigation' for the doctor.
Availability: duża ilość
Dispatched within: 7 days
Cat - Skull
Anatomical model - a cat skull made in 3D printing technology. Model prepared on the basis of computer tomography of a healthy cat.
Availability: duża ilość
Dispatched within: 7 days
Cat - Tarsal Joint (Ankle)
Cat wrist model made in 3D printing technology. Model prepared on the basis of computer tomography of a healthy cat. Ideal for educational purposes - both for veterinary students and for communication with clients for professionals.
Availability: duża ilość
Dispatched within: 7 days
Dog - Cauda Equina Syndrome
Model illustrating the Cauda Equina Syndrome in the Domestic Dog made in 3D printing technology based on computed tomography of a sick German Shepherd. Ideal for educational purposes - for both veterinary students and communication with clients for professionals. Made of durable material suitable for steam sterilization.
Availability: duża ilość
Dispatched within: 7 days
Dog - Heart Model
3D printed Dog Heart. Model prepared on a basis of CT Scan performed on healthy dog with contrast dye.
Perfect for educational purposes - both for veterinary students, as well as client communication for professionals. Made of durable material suitable for steam sterilization, so might be used during surgeries as a kind of 'navigation'.
Availability: duża ilość
Dispatched within: 7 days
Dog - Tarsal Joint (Ankle)
Dog ankle model made in 3D printing technology. Model prepared on the basis of computer tomography of a healthy dog. Ideal for educational purposes - both for veterinary students and for communication with clients for professionals. Made of durable material suitable for sterilization with ethylene oxide, it can be used during surgical operations as a reference point and a kind of 'navigation' for the doctor.
Availability: duża ilość
Dispatched within: 7 days
Feline Wrist
Cat wrist model made in 3D printing technology. Model prepared on the basis of computer tomography of a healthy cat. Ideal for educational purposes - both for veterinary students and for communication with clients for professionals.
Availability: duża ilość
Dispatched within: 7 days
Femur - Canine
Canine Femur made in 3D printing technology. The model is designed for educational purposes, allowing to practice various techniques of bone fracture treatment.
Because of material and production technology the model behave similarly to natural bone during drilling and cutting.
Availability: duża ilość
Dispatched within: 7 days
Femur - Feline
Feline Femur made in 3D printing technology. The model is designed for educational purposes, allowing to practice various techniques of bone fracture treatment.
Because of material and production technology the model behave similarly to natural bone during drilling and cutting.
Availability: duża ilość
Dispatched within: 7 days
French Bulldog - Skull
Model of French Bulldog skull made in 3D printing technology based on computed tomography. Made of durable material suitable for steam sterilization, so it can be used during surgical operations as a reference point and type of 'navigation' for the doctor.
Availability: duża ilość
Dispatched within: 7 days