3D Innovation Lab is excited to announce the release of EYE3DPHANTOM, our advanced 3D‑printed ophthalmic phantom recently featured in an IEEE publication.

This innovative training solution brings exceptional anatomical accuracy and material realism to ophthalmic simulation, helping surgeons refine their skills in a safe, repeatable, and highly controlled environment.

A Breakthrough in Ophthalmic Training
EYE3DPHANTOM is engineered using state‑of‑the‑art multimaterial 3D printing technologies that replicate the tactile and structural behavior of ocular tissues.
Its lifelike response makes it ideal for practicing delicate procedures such as vitreoretinal surgery, micro‑invasive techniques, and posterior segment interventions.

Built for Training Centers, Hospitals, and Device Manufacturers
EYE3DPHANTOM supports:

-Hands‑on surgical training with realistic anatomical fidelity
-Competency‑based education and skill assessment
-Product testing for ophthalmic instruments and imaging systems
-R&D workflows requiring reproducible and safe simulation environments

Backed by IEEE‑Published Research
The phantom’s design and validation are detailed in our IEEE publication, confirming its value as a reliable, cost‑effective, and scientifically grounded tool for modern ophthalmic education.

Driving Innovation in Eye Surgery Simulation
With EYE3DPHANTOM, 3D Innovation Lab continues to push the boundaries of medical simulation, delivering high‑impact solutions that enhance surgical performance and support innovation across the ophthalmic industry.