Allergan, Inc.

Lyle E Paul

Stanley L Van Gent

F Richard Christ

Timothy R Willis

Vladimir Portnoy

Alan E Alosio

Daniel G Brady

Patricia M Knight

Patrica M Knight

Charles M Hill

An apparatus for inserting a foldable lens into an eye through an incision in the eye comprising: a paddle permanently affixed to the apparatus, and sized and adapted to contact the lens in the unfolded state; an elongated tube including a distally open interior space sized and adapted to receive the paddle in contact with the lens in the folded state, and a distal end portion sized and adapted to be inserted into the eye through the incision, the tube being cooperable with the paddle to fold the lens into the folded state as the lens in contact with the paddle is received through the distal opening into the interior space; and a mechanism to provide relative movement between the paddle and the tube.

Small incision intraocular lens insertion apparatus

Lens container assembly

An intraocular lens comprising a deformable optic and first and second fixation members. Each of the fixation members has a proximal end portion. First and second elongated anchors are coupled to the proximal end portions of the fixation members, respectively, and the anchors and the proximal end portions are within peripheral regions of the optic so that the anchors can assist in attaching the fixation members to the optic. The anchors are spaced apart so that the deformable optic can be folded to facilitate insertion of the optic through a relatively small incision into the eye.

Staking anchor for soft IOL

Staking ring for soft IOL

A lens implantation instrument includes first and second prongs connected together in a forceps-like configuration that is adapted to be grasped in the hand of a user for purposes of holding an intraocular lens to be implanted in an eye. The first prong has a distal end portion that defines a trough extending distally, the trough having a size and shape adapted to receive at least a portion of the optic of the lens with the optic in a folded configuration, and the second prong has a distal end portion that extends generally parallel to the trough, the distal end portion of the second prong having a size and shape adapted to fit at least partially into the trough. The first and second prongs are connected to enable the user to move the distal end portions relative to one another between an opened position in which the distal end portions are spaced apart sufficiently to enable placement of the lens between the distal end portions and a closed position in which the distal end portion of the second prong retains at least a portion of the lens in the trough with the lens in a folded configuration. The first and second prongs are also connected to enable the user to retract the distal end portion of the second prong proximally relative to the trough in order to facilitate release of the lens.

Lens implantation instrument

Growing community of inventors

El Toro, CA, United States of America

Lyle E Paul