An ophthalmic lens customization system comprising: (a) a computer guidance system utilizing computer software; (b) ophthalmic lens blank; (c) secured lens container; (d) lens position identifier (8111, 8212) and positioning system; (e) pulsed laser source; (f) laser steering scanner; and (g) focusing microscope objective; wherein: said ophthalmic lens blank comprises a clear material infused with an ultraviolet absorber; said ophthalmic lens blank comprises a blank lens structure and lens haptics; said secured lens container comprises a hermetically sealed enclosure having an internal container void; said hermetically sealed enclosure comprises a bottom plate and a top cover; said ophthalmic lens blank is retained within said internal container void via said lens haptics; said lens position identifier (8111, 8212) is configured to define the orientation of said ophthalmic lens blank within said secured lens container; said ophthalmic lens blank is at least partially covered by a lens filler material within said internal container void; said pulsed laser source comprises a femtosecond laser radiation source configured to emit a pulsed laser radiation output; said laser steering scanner is configured to distribute said pulsed laser radiation output across an input area of said focusing microscope objective; said focusing microscope objective further comprises a numerical aperture configured to accept said distribution of said pulsed laser radiation output across said input area of said focusing microscope objective and produce a focused laser radiation output; said focusing microscope objective is configured to transmit said focused laser radiation output through said top cover of said hermetically sealed enclosure and said lens filler material, to said ophthalmic lens blank; said focusing microscope objective is further configured to transmit said focused laser radiation output to a specific region of the ophthalmic lens blank defined by the computer guidance system and based on a lens position defined by said lens position identifier (8111, 8212); said ophthalmic lens blank is configured such that said focused laser radiation output interacts with the clear material and/or said ultraviolet absorber within said ophthalmic lens blank to change the refractive index of an internal region of said ophthalmic lens blank; and said hermetically sealed enclosure is configured to be unsealed after said refractive index of said internal region of said ophthalmic lens blank has been changed by application of said focused laser radiation to said ophthalmic lens blank. (a) a computer guidance system utilizing computer software; (b) ophthalmic lens blank; (c) secured lens container; (d) lens position identifier (8111, 8212) and positioning system; (e) pulsed laser source; (f) laser steering scanner; and (g) focusing microscope objective; said ophthalmic lens blank comprises a clear material infused with an ultraviolet absorber; said ophthalmic lens blank comprises a blank lens structure and lens haptics; said secured lens container comprises a hermetically sealed enclosure having an internal container void; said hermetically sealed enclosure comprises a bottom plate and a top cover; said ophthalmic lens blank is retained within said internal container void via said lens haptics; said lens position identifier (8111, 8212) is configured to define the orientation of said ophthalmic lens blank within said secured lens container; said ophthalmic lens blank is at least partially covered by a lens filler material within said internal container void; said pulsed laser source comprises a femtosecond laser radiation source configured to emit a pulsed laser radiation output; said laser steering scanner is configured to distribute said pulsed laser radiation output across an input area of said focusing microscope objective; said focusing microscope objective further comprises a numerical aperture configured to accept said distribution of said pulsed laser radiation output across said input area of said focusing microscope objective and produce a focused laser radiation output; said focusing microscope objective is configured to transmit said focused laser radiation output through said top cover of said hermetically sealed enclosure and said lens filler material, to said ophthalmic lens blank; said focusing microscope objective is further configured to transmit said focused laser radiation output to a specific region of the ophthalmic lens blank defined by the computer guidance system and based on a lens position defined by said lens position identifier (8111, 8212); said ophthalmic lens blank is configured such that said focused laser radiation output interacts with the clear material and/or said ultraviolet absorber within said ophthalmic lens blank to change the refractive index of an internal region of said ophthalmic lens blank; and said hermetically sealed enclosure is configured to be unsealed after said refractive index of said internal region of said ophthalmic lens blank has been changed by application of said focused laser radiation to said ophthalmic lens blank.