Operate before it counts. On real tissue feel.
3D-printed eyelid models with 23 anatomical structures and 50 material blends — developed with the Medical University of Innsbruck for reproducible surgical training.
Operate before it counts. On real tissue feel.
3D-printed eyelid models with 23 anatomical structures and 50 material blends — developed with the Medical University of Innsbruck for reproducible surgical training.
Three models. One standard: Built for Surgeons.
Each model represents its own surgical discipline — with defined tissue layers and realistic material properties for incision, suture and reconstruction.
MODEL 01
M.A.R.K.O LID
The reference model for eyelid surgery. Multi-layer build for blepharoplasty, ptosis correction, flap reconstruction and eyelid malposition repair.
MODEL 02
KANTHO LID
Focused on the lateral canthus. For training canthopexy, canthoplasty, and drainage and wound-closure techniques.
MODEL 03
STRABISMUS LID
For training on the rectus muscles. Realistic representation of muscle insertions for recession and resection procedures.
Eyelid simulation, redefined through 3D printing.
Full material control from cartilage to skin — printed at a precision that makes rare and complex pathologies reproducibly simulable.
Proven by 30 selected surgeons — under faculty supervision.
These models weren't validated in a lab — they were validated at LidSUMMIT Tirol, the 3-day expert workshop hosted by the Medical University of Innsbruck. There they proved themselves in tumor removal, flap reconstruction and blepharoplasty.
"Innsbruck is taking a pioneering role in training for oculoplastic surgery — and this model is a great example of that."
Bring reproducible training to your clinic.
Enquire about individual models, course bundles or institutional pricing — we'll reply within one business day.