SciTransfer
RESEE · Project

Synthetic Artificial Cornea to Eliminate Donor Tissue Dependency for Blindness Treatment

healthPilotedTRL 7

Imagine replacing a cloudy window in a house, but instead of finding a matching old window from another building, you use a high-tech synthetic one that actually fuses with the wall. This device uses a special plastic skirt that tricks the eye's own cells into growing into it, locking it in place permanently. It restores clear vision immediately without needing a human donor.

By the numbers
29.5 million
patients with corneal opacity worldwide
1:70
ratio of available corneas to those needed
50%
cost reduction compared to traditional implants
20%-30%
rate of repeated grafts in US and EU
The business problem

What needed solving

There is a critical shortage of donor corneas, leaving millions blind, while existing artificial alternatives fail to integrate with the eye and are used only as a last resort.

The solution

What was built

A synthetic keratoprosthesis (KPro) featuring a biomimetic polymer skirt and a wide aperture acrylic lens, along with a new surgical implantation procedure.

Audience

Who needs this

Ophthalmic surgery centersMedical device distributorsPublic health ministriesSpecialized eye hospitals
Business applications

Who can put this to work

Ophthalmology
SME
Target: Private Eye Clinics

If you are a private clinic dealing with the acute shortage of corneal grafts—where only one cornea is available for every 70 needed—this project developed a synthetic KPro that removes the need for donor tissue. This allows you to treat the 20% of patients who are unsuitable for traditional transplants.

Medical Device Manufacturing
mid-size
Target: Specialized Implant Producers

If you are a manufacturer dealing with high failure rates in artificial corneas that fail to integrate with the eye, this project developed a biomimetic skirt technology. This ensures the implant assimilates within the eyewall tissue for a life-long solution.

Public Healthcare Systems
enterprise
Target: National Health Services

If you are a health provider dealing with the high cost of repeated grafts, which affect 20%-30% of transplantations in the US and EU, this project developed a procedure that is 50% cheaper than traditional implants.

Frequently asked

Quick answers

How does the cost compare to existing treatments?

The CorNeat KPro and its implantation procedure are 50% cheaper than traditional corneal implants.

What is the status of the intellectual property?

The CorNeat KPro is described as a patent pending technology.

How is the product scaled for the market?

The project focused on establishing the infrastructure needed for scaled manufacturing and enabling initial sales.

What regulatory steps were taken?

The project executed clinical trials and a usability study required for regulatory approval.

What is the expected lifespan of the implant?

The device is designed as a life-long solution that provides a permanent tissue-integrating result.

Consortium

Who built it

The project is led by a single SME, CorNeat Vision Ltd. from Israel, with a 100% industry ratio. This lean structure suggests a fast-track commercialization focus, as the entire EU contribution of EUR 2,422,519 was directed toward a single entity to accelerate clinical trials and manufacturing setup.

How to reach the team

Contact CorNeat Vision Ltd. regarding KPro clinical trial results

Next steps

Talk to the team behind this work.

Contact us to find licensing opportunities for biomimetic tissue-integrating materials.

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