A pseudophakic lens assembly comprising: a first lenslet having a first optical power and a first rotationally-symmetric optical portion defining a clear aperture of the first lenslet, a second lenslet having a second optical power and a second rotationally-symmetric optical portion defining a clear aperture of the second lenslet, wherein the first lenslet includes at least two first haptic portions, each having a proximal end integrated with a peripheral region of the first optical portion and a distal free end; wherein the second lenslet includes at least two second haptic portions respectively corresponding to the at least two first haptic portions, wherein each of the at least two second haptic portions includes a notch and a groove therein, wherein each of the at least two first haptic portions is interlocked with a respectively corresponding second haptic portion, of the at least two second haptic portions, through the notch of said corresponding second haptic portion, characterized in that said groove accommodates a corresponding distal free end of the corresponding first haptic portion therein, the interlocking of the first haptic portion with the second haptic portion is a result of a relative rotation of at least one of the first and second lenslets (110, 114) about an optical axis, the first and second lenslets (110, 114) are coaxially positioned and define an axial point of contact between mutually-facing surfaces (II, III) such that the pseudophakic lens assembly is configured to increase an area of contact between the mutually-facing surfaces (II, III) in response to a radially-vectored force pointing outwardly with respect to the optical axis and being transferred to the first and second rotationally-symmetric optical portions through the at least two first and second interlocked haptic portions (120, 124) and to have a portion of each of the mutually-facing surfaces (II, III) of the assembly applanated around an optical axis of the assembly, thereby reducing the optical power of the assembly. a first lenslet having a first optical power and a first rotationally-symmetric optical portion defining a clear aperture of the first lenslet, a second lenslet having a second optical power and a second rotationally-symmetric optical portion defining a clear aperture of the second lenslet, wherein the first lenslet includes at least two first haptic portions, each having a proximal end integrated with a peripheral region of the first optical portion and a distal free end; wherein the second lenslet includes at least two second haptic portions respectively corresponding to the at least two first haptic portions, wherein each of the at least two second haptic portions includes a notch and a groove therein, wherein each of the at least two first haptic portions is interlocked with a respectively corresponding second haptic portion, of the at least two second haptic portions, through the notch of said corresponding second haptic portion, characterized in that said groove accommodates a corresponding distal free end of the corresponding first haptic portion therein, the interlocking of the first haptic portion with the second haptic portion is a result of a relative rotation of at least one of the first and second lenslets (110, 114) about an optical axis, the first and second lenslets (110, 114) are coaxially positioned and define an axial point of contact between mutually-facing surfaces (II, III) such that the pseudophakic lens assembly is configured to increase an area of contact between the mutually-facing surfaces (II, III) in response to a radially-vectored force pointing outwardly with respect to the optical axis and being transferred to the first and second rotationally-symmetric optical portions through the at least two first and second interlocked haptic portions (120, 124) and to have a portion of each of the mutually-facing surfaces (II, III) of the assembly applanated around an optical axis of the assembly, thereby reducing the optical power of the assembly.