Precise Bio Ophthalmology

PRECISE BIO CORNEA

Precise Bio is the first company to transplant a 3D-printed cornea graft in animals. This alternative to donor tissue is designed to achieve superior quality, higher cell density, better transparency, and improved mechanical properties.

PRECISE BIOOPHTHALMOLOGY PIPELINE

The robust technology platform and promising printed human cornea program is advancing the development of other tissues and solutions for use in ophthalmic indications.

PRECISE BIO PLATFORM

Precise Bio puts existing tissue engineering science into the hands of the clinicians with the first integrated 3D printing and tissue-engineering platform to produce scalable, repeatable bio-fabricated organs from the patients’ own cells.

PRECISE BIO CORNEA

SEEING IS BELIEVING

Today there is only one available cornea for every 70 needed by patients throughout the world. The Precise Cornea uses cells to form a fully functional bio-fabricated, corneal implant, designed to achieve superior quality, cell density, transparency, and mechanical properties.

Precise Bio has executed the first animal Descemet’s Stripping Endothelial Keratoplasty (DSEK) corneal transplant. In addition, the company’s pipeline includes a Descemet’s Membrane Endothelial keratoplasty (DMEK) implant and the same technology will be applied for Penetrating Keratoplasty (PK) implant. These will offer a complete solution for corneal transplantation needs and alleviate the shortage in donated corneas.

PRECISE BIO OPHTHALMOLOGY PIPELINE

EYE ON THE FUTURE

As a leading company in the ocular tissue engineering space, the Precise Bio Ophthalmology business unit is uniquely positioned to leverage opportunities and advance the use of bio-fabricated tissues in the field. Using our platform, we are in various stages of ongoing R&D for additional ophthalmic applications that support printing various layers with cells. These applications involve collaboration with third parties.

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PRECISE BIO RETINAL PATCH

Targeted treatment for Age-related Macular Degeneration (AMD)

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VISION CORRECTION LENTICULES

Offering a new approach to solve refractive errors

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OCULAR SURFACE DISORDERS

Targeting various conditions involving damaged cornea surface or Limbal Stem Cell Deficiency