Adaptive Laser System for Ophthalmic Use

 

Executive Summary

 

It has become common to employ fast lasers for various forms of eye surgery. Aside from the technical benefits of using ultrafast lasers there were issues that arose. The formation of a bubble layer may occur along the cutting plane, which in some cases leads to an opaque bubble layer. These deeper bubbles may take a few hours to disappear, and if severe, may impair the aim of the eye tracker during surgery. There is interest in using shorter adaptive pulses to provide an overall reduction in the amount of energy per pulse required to cause a modification or cut in the tissue for a particular surgical procedure.

 

Description of Technology

 

Michigan State University has developed an adaptive laser system for ophthalmic use. The system uses laser pulses that are ten or more times shorter in duration than those conventionally used and employs temporal focusing of the laser beam pulse. The shorter pulses result in a ten-time reduction of average laser intensity used on the eye, making every procedure safer.  In this system a relatively inexpensive laser is employed. The system can create three-dimensional mapping of a portion of the eye in combination with automated feedback to assist with a surgical operation.

 

Key Benefits

  • laser pulses ten or more times shorter in duration than those conventionally used
  • temporal focusing of the laser beam pulse
  • safer

 

Applications

  • ophthalmic use to operate on an eye of a patient

 

Patent Status: 

 

Patent Pending, US Patent Application publication US2014/0058367

 

Licensing Rights Available

 

Full licensing rights available

 

Inventors: Marcos Dantus

 

Tech ID: TEC2011-0061

 

Patent Information:

Category(s):

For Information, Contact:

Raymond DeVito
Technology Manager
Michigan State University
devitora@msu.edu
Inventors:
Marcos Dantus
Keywords: