Help pet owners truly understand one of the most common orthopedic procedures in veterinary medicine with this anatomically accurate 3D printed model designed specifically for client education by veterinary surgeons and veterinary professionals. You can customize your order to include a corporate logo, a custom logo of your choice (clinic logo, practitioner name, or university logo), or no logo for that clean look that just focuses on education.
This interactive model clearly demonstrates cranial cruciate ligament (CCL) rupture in dogs and shows how Tibial Tuberosity Advancement (TTA) surgery eliminates tibial thrust, making it an ideal teaching tool for consultations, client discussions, and veterinary education.
Unlike static anatomical models, this articulating TTA model moves, allowing veterinarians to demonstrate the instability caused by a torn CCL and the mechanical stability restored after a TTA procedure. Pieces are 3D printed with incorporated springs and magnets to allow full visualization of the procedure without any distractions or visible hardware.
This product is 100% designed, 3D printed, and assembled in the United States. Please expect 1-2 week production time prior to shipment. For custom logos, a proof will be sent for your approval prior to production.
Help pet owners truly understand one of the most common orthopedic procedures in veterinary medicine with this anatomically accurate 3D printed model designed specifically for client education by veterinary surgeons and veterinary professionals. You can customize your order to include a corporate logo, a custom logo of your choice (clinic logo, practitioner name, or university logo), or no logo for that clean look that just focuses on education.
This interactive model clearly demonstrates cranial cruciate ligament (CCL) rupture in dogs and shows how Tibial Tuberosity Advancement (TTA) surgery eliminates tibial thrust, making it an ideal teaching tool for consultations, client discussions, and veterinary education.
Unlike static anatomical models, this articulating TTA model moves, allowing veterinarians to demonstrate the instability caused by a torn CCL and the mechanical stability restored after a TTA procedure. Pieces are 3D printed with incorporated springs and magnets to allow full visualization of the procedure without any distractions or visible hardware.
This product is 100% designed, 3D printed, and assembled in the United States. Please expect 1-2 week production time prior to shipment. For custom logos, a proof will be sent for your approval prior to production.
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