A system for smoothing an irregular corneal surface of an eye, comprising: a laser unit comprising a pulsed laser emitter; a laser control unit in electronic communication with the laserunit; a corneal contacting unit in electronic communication with the laser control unit positionable proximate to a corneal surface and comprising a first contacting element having a first concave contacting surface removably contactable with an anterior corneal surface with a gel composition applied thereon, a second contact element having a second concave contacting surface removably contactable with the anterior corneal surface without the solidified gel applied thereon, and a vacuum applicator disposed on the second contact element configured to produce a curvature of the anterior corneal surface corresponding to a curvature of the second contacting surface; a gel solidifying unit configured to initiate a polymerization or a thermo-reversible solidification of a gel composition; and an electronic device comprising a processor and a memory tangibly storing an algorithm comprising processor-executable instructions to operate said units; wherein the first concave contacting surface has a first curvature and the second concave contacting surface has a second curvature each configured such that a first correcting surface cut and a second surface cut on the irregular corneal surface intersect to form a lenticel; and wherein the corneal contacting unit further comprises a first contacting element having a flat contacting surface removably contactable with the anterior corneal surface with the gel composition applied thereon and a second contacting element having a flat contacting surface removably contactable with the anterior corneal surface without the solidified gel applied thereon. a laser unit comprising a pulsed laser emitter; a laser control unit in electronic communication with the laserunit; a corneal contacting unit in electronic communication with the laser control unit positionable proximate to a corneal surface and comprising a first contacting element having a first concave contacting surface removably contactable with an anterior corneal surface with a gel composition applied thereon, a second contact element having a second concave contacting surface removably contactable with the anterior corneal surface without the solidified gel applied thereon, and a vacuum applicator disposed on the second contact element configured to produce a curvature of the anterior corneal surface corresponding to a curvature of the second contacting surface; a gel solidifying unit configured to initiate a polymerization or a thermo-reversible solidification of a gel composition; and an electronic device comprising a processor and a memory tangibly storing an algorithm comprising processor-executable instructions to operate said units; wherein the first concave contacting surface has a first curvature and the second concave contacting surface has a second curvature each configured such that a first correcting surface cut and a second surface cut on the irregular corneal surface intersect to form a lenticel; and wherein the corneal contacting unit further comprises a first contacting element having a flat contacting surface removably contactable with the anterior corneal surface with the gel composition applied thereon and a second contacting element having a flat contacting surface removably contactable with the anterior corneal surface without the solidified gel applied thereon.