tissue removal
As various media are used during surgery, the interaction of energy (induced by Laser or ultra-sound) with these media and the intraocular tissue must be well understood.
A consortium of six partners with a broad experience in the fields of ophthalmic surgery, optics, engineering, industrial manufacturing and design of medical devices investigates the possibility of removing delicate tissues in and around the eye.
The technology is based on a novel 2.94 μm approach for very efficient use of laser light as a surgical tool.
Literature
2019 ASCRS·ASOA Annual Meeting, San Diego
Martin S Spitzer, Christian Lingenfelder, Holger Wurm, Tilmann A Trebst, Daniel Parkot. The Dynamics of Dissection When Treating Intraocular Tissues, Lens Material and Vitreous By a Novel Diode Pumped Er:YAG 294 mm Laser System
https://ascrs.confex.com/ascrs/19am/meetingapp.cgi/Paper/55430
2019 ASCRS·ASOA Annual Meeting, San Diego
Christian Lingenfelder, Martin S Spitzer, Tilmann A Trebst, Holger Wurm, Daniel Parkot. A Novel Diode Pumped Er:YAG 2.94 Micron Laser System – Dynamics of Dissection When Treating Intraocular Tissues, Lens Material and Vitreous
https://ascrs.confex.com/ascrs/19am/meetingapp.cgi/Paper/55477