SimulEYE® iTrack
This model was designed specifically for the Nova Eye Medical iTrack device to practice the procedure. When used in conjunction with the MIGS KIT to simulate head tilt, the angle structures can be visualized with the use of a gonioprism and gel. A pre-placed opening in the pigmented TM allows for placement of the iTrack catheter through a pre-placed side port incision. Advancing the catheter into and along the canal allows visualization of the red blinking light on the outside of the eye. With proper care this model can be reused multiple times.
For increased realism in creating the goniotomy, please see our Multi-MIGS model which can be used for iTrack.
Our MIGS models require the SimulEYE MIGS Kit 2.0 which provides a platform to support the eyes and simulates the turned head position which is needed for visualization of the angle during MIGS surgical procedures.
We strongly recommend purchasing the following:
MIGS Kit 2.0 (see above)
Cohesive Viscoelastic Substitute to fill the eyes and provide a realistic intraocular environment or to create the sulcus and maintain space.
Please allow up to 5 business days for production (not including shipping time).
For larger orders or questions, please email Info@SimulEYE.com
CHECK OUR DISTRIBUTORS PAGE WHEN BUYING FROM OUTSIDE OF THE UNITED STATES.
This model was designed specifically for the Nova Eye Medical iTrack device to practice the procedure. When used in conjunction with the MIGS KIT to simulate head tilt, the angle structures can be visualized with the use of a gonioprism and gel. A pre-placed opening in the pigmented TM allows for placement of the iTrack catheter through a pre-placed side port incision. Advancing the catheter into and along the canal allows visualization of the red blinking light on the outside of the eye. With proper care this model can be reused multiple times.
For increased realism in creating the goniotomy, please see our Multi-MIGS model which can be used for iTrack.
Our MIGS models require the SimulEYE MIGS Kit 2.0 which provides a platform to support the eyes and simulates the turned head position which is needed for visualization of the angle during MIGS surgical procedures.
We strongly recommend purchasing the following:
MIGS Kit 2.0 (see above)
Cohesive Viscoelastic Substitute to fill the eyes and provide a realistic intraocular environment or to create the sulcus and maintain space.
Please allow up to 5 business days for production (not including shipping time).
For larger orders or questions, please email Info@SimulEYE.com
CHECK OUR DISTRIBUTORS PAGE WHEN BUYING FROM OUTSIDE OF THE UNITED STATES.
This model was designed specifically for the Nova Eye Medical iTrack device to practice the procedure. When used in conjunction with the MIGS KIT to simulate head tilt, the angle structures can be visualized with the use of a gonioprism and gel. A pre-placed opening in the pigmented TM allows for placement of the iTrack catheter through a pre-placed side port incision. Advancing the catheter into and along the canal allows visualization of the red blinking light on the outside of the eye. With proper care this model can be reused multiple times.
For increased realism in creating the goniotomy, please see our Multi-MIGS model which can be used for iTrack.
Our MIGS models require the SimulEYE MIGS Kit 2.0 which provides a platform to support the eyes and simulates the turned head position which is needed for visualization of the angle during MIGS surgical procedures.
We strongly recommend purchasing the following:
MIGS Kit 2.0 (see above)
Cohesive Viscoelastic Substitute to fill the eyes and provide a realistic intraocular environment or to create the sulcus and maintain space.
Please allow up to 5 business days for production (not including shipping time).
For larger orders or questions, please email Info@SimulEYE.com
CHECK OUR DISTRIBUTORS PAGE WHEN BUYING FROM OUTSIDE OF THE UNITED STATES.
Instructions
Instructional Videos:
Watch as David Lubeck, MD, world-renowned surgeon and Chief Medical Officer for Ellex, expertly demonstrates the iTrack procedure in both a human eye and a SimulEYE. Note the similarities in anatomy and surgical steps which clearly demonstrates the value of the SimulEYE model as a realistic platform to train surgeons in advanced procedures prior to live surgery. All of the critical steps and relevant teaching points can be practiced and this video which cuts back and forth from actual surgery to the SimulEYE model is a wonderful demonstration of the realism that has been achieved. The approach angles and technique of inserting and advancing the iTrack catheter into and around Schlemm’s canal for a successful canaloplasty procedure can be practiced. Thank you Dr. Lubeck for making this outstanding video and helping others to learn from your experience.