Thyroidectomy Training Model

Rehearse one of the most delicate endocrine procedures with a high-fidelity thyroidectomy model designed to replicate the anatomy, tissue behavior, and risk profile of real surgery.

This trainer enables surgeons and trainees to practice safe, precise dissection through layered cervical anatomy while navigating critical structures such as the recurrent laryngeal nerves and major vasculature. With lifelike tissue mechanics and integrated bleeding vessels, the model delivers an immersive, consequence-driven training experience.

See the interactive 3D Design here!

See a video of the model in action here!

Features:

Anatomically accurate cervical anatomy
Includes skin, subcutaneous fat, platysma, strap muscles, encapsulated thyroid gland, trachea, cricoid, carotid artery, jugular vein, and critical nerve structures. Designed to mirror real operative landmarks and relationships.

Realistic tissue mechanics
Constructed from soft silicone materials engineered to match the tactile properties of human tissue—supporting blunt and sharp dissection with highly realistic feedback.

Encapsulated thyroid gland with true-to-life planes
Enables practice of careful gland mobilization and dissection along natural tissue planes, reinforcing proper surgical technique.

Integrated nerves for critical structure preservation
Supports identification and preservation of key nerves, including those at risk during thyroidectomy, helping build safe operative habits.

Bleeding vasculature for consequence-based learning
Fluid-filled arteries and veins will bleed when injured, reinforcing anatomical awareness and precision under realistic conditions.

Stable surgical platform
Mounted on a rigid base with suction cups for secure positioning on tables or simulation stations.

Thyroidectomy requires meticulous technique in a confined, high-risk anatomical space. This model provides a realistic environment to build confidence, refine precision, and reduce the risk of complications before stepping into the operating room.

Contact us at Support@laz3D.com if you'd like any variations, like variant anatomy or a custom deisgn.