The Brown Intacs Pocket Starter is used to initiate a quick dual pocket by placement at the base of the incision with simple rotation. It effectively eliminates three steps of the original procedure and helps protect the epithelium from damage. Many surgeons have found that it has other uses in procedures such as LASEK. Made by Rhein Medical.
Author Archive
Brown Intacs Pocket Starter
Thursday, June 22nd, 2023Brown Intacs Forceps
Thursday, June 22nd, 2023This forceps was designed specifically to insert the Intacs micro insert. Unlike the original forceps which required awkward hand and wrist movements, this forceps was been designed to permit insertion with simple finger rotation. Made by Rhein Medical.
Surgilūm Speculum™ and iLight™
Thursday, June 22nd, 2023The Surgilūm Speculum™ and iLight™ creates slit lamp technology right on the speculum, revealing previously unseen anatomical details, while also eliminating reflected microscope glare. Made by Surgilūm.
RoboMarker® Corneal Marking System
Thursday, June 22nd, 2023The RoboMarker® Corneal Marking System is the only self-leveling corneal marking handle with an internal dual-weight pendular system. The integrated fixation light means that the patient is more comfortable because they can be marked the same way that they were measured in the office. The proprietary dry ink formula means that the patients are marked once and can even receive an additional numbing drop before the procedure. Made by Surgilūm.
Eye Marker Device With Electronic Positional Detection System And Tip Associated Therewith
Thursday, June 22nd, 2023Apparatus For Illuminating An Eye Related Application
Thursday, June 22nd, 2023Applanation Tonometer-Patent Number 49857899
Wednesday, March 22nd, 2023Patent Number: 49857899
Abstract: A split lamp applanation tonometer includes a tonometer tip for contacting a corneal surface of an eye, a mechanism for moving the tonometer tip to applanate and vary the degree of applanation of the corneal surface, an optical viewing axis along which the applanated corneal surface can be viewed, and an electrical and/or optical system for transforming the degree of applanation to an ocular pressure value and displaying the ocular pressure value at a location at which it is visible when a user views along the optical viewing axis whereby both the applanated corneal surface and the ocular pressure value thereof can be viewed simultaneously.
Filed: Oct. 17, 1989
Publication Date: January 29, 1991
Applicant: Alan W. Brown
Surgical Staple-Patent Number 5007921
Wednesday, March 22nd, 2023Patent Number: 5007921
Abstract: A surgical staple is made from highly flexible material and has at least two piercing projections or points spaced from each other a first predetermined linear distance in a generally unstressed, neutral and inoperative condition of the staple. The staple is stressed in a selected fashion causing the piercing projections to be spaced from each other a second predetermined linear distance greater than the first predetermined linear distance. While the piercing projections are spaced from each other, the second predetermined linear distance under the induced forces, the staple is implanted by penetrating the skin with the piercing projections at opposite sides of an associated wound or incision. The forces are then removed from the surgical staple which inherently rebounds to its generally unstressed condition which in turn automatically draws opposite margins of the wound toward each other.
Filed: 10/26/1989
Date of Patent: April 16, 1991
Inventor: Alan W. Brown
Surgical Staple-Patent Number 5026390
Wednesday, March 22nd, 2023Patent Number: 5026390
Abstract: A surgical staple is made from highly flexible material and has at least two piercing projections or points spaced from each other a first predetermined linear distance in a generally unstressed, neutral and inoperative condition of the staple. The staple is stressed in a selected fashion causing the piercing projections to be spaced from each other a second predetermined linear distance greater than the first predetermined linear distance. While the piercing projections are spaced from each other, the second predetermined linear distance under the induced forces, the staple is implanted by penetrating the skin with the piercing projections at opposite sides of an associated wound or incision. The forces are then removed from the surgical staple which inherently rebounds to its generally unstressed condition which in turn automatically draws opposite margins of the wound toward each other.
Filed: Sept 20, 1990
Date of Patent: Jun 25, 1991
Inventor: Alan W Brown
Nucleus Splitter-Patent Number 5147368
Wednesday, March 22nd, 2023Patent Number: 5147368
Abstract: The invention is directed to a nucleus splitter adapted to crack a hard nucleus of an eye after the nucleus has been sculpted by a pair of crossed grooves which set-off four quadrants of the nucleus. The nucleus splitter includes a pair of arms having first and second end portions united at a pivot which each end portion terminating in a relatively elongated narrow member having a laterally projecting nucleus splitting tip. The second end portions of the arms are generally resilient and normally urge the narrow members and tips into abutment with each other along the plane through an axis of the pivot. Finger and thumb pressure is applied to the medial portion of the arms causing the elongated narrow members to rock, pivot or spread apart and in doing so define an acute angle opening away from the pivot. In this position the elongated narrow members and the entirety of the first and second arms remain on the same side of the plane as in the unstressed condition of the medial portion.
Filed: April 5, 1991
Date of Patent: Sept 15, 1992
Inventor: Alan W. Brown