Kirby-Tissue Forceps are essential instruments used in ophthalmic surgeries for delicate tissue handling, ensuring optimal outcomes and patient satisfaction.
Knapp-Retractors are crucial instruments used in ophthalmic surgeries for retracting tissues, ensuring optimal exposure and access for surgical interventions.
Knapp-Strabismus Scissors are essential tools used in ophthalmic surgeries for precise cutting during strabismus procedures, ensuring accurate tissue manipulation and optimal outcomes.
Knolle-Anterior Chamber Cannulas are specialized instruments used for maintaining and accessing the anterior chamber during ophthalmic surgeries, ensuring precise intraocular maneuvers.
Knolle-Capsule Polisher Cannulas are specialized instruments used for polishing the capsule during cataract surgery, ensuring a smooth and clear intraocular lens placement for optimal visual outcomes.
Knolle-Iris Hooks are vital instruments used in ophthalmic surgeries for delicate manipulation of the iris, ensuring precision and optimal outcomes in surgical interventions.
Knolle-Kelman-Cystotomes are ophthalmic instruments inspired by the original design of Dr. Charles Kelman's cystotomes, further refined and adapted by Dr. Knolle for specific surgical applications.
Knolle-Pearce-Irrigating Vectis Cannulas are specialized instruments used for irrigation during cataract surgery, facilitating lens removal and ensuring optimal surgical outcomes.
Knolle-Spatulas are essential instruments used in ophthalmic surgeries for precise manipulation of intraocular tissues, ensuring optimal surgical outcomes and patient satisfaction.
Koch-Endocapsular Scissors are specialized instruments designed for precise cutting during endocapsular procedures in ophthalmic surgeries, ensuring accurate surgical outcomes.
Koch-Nuclear Rotator is an essential instrument in ophthalmic surgeries, facilitating the rotation of nuclei with precision, ensuring optimal outcomes and patient satisfaction.
Koman Nair-Spatulas are essential instruments used in ophthalmic surgeries for precise manipulation of intraocular tissues, ensuring optimal surgical outcomes and patient satisfaction.