A method for measuring an influence of an ophthalmic lens design is disclosed. The method comprises splitting an optical light beam into a wavefront measurement light path and a wavefront modulation light path； implementing the ophthalmic lens design in an adaptive optics device positioned in the wavefront modulation light path； and obtaining ocular biometric data in the ocular biometric and wavefront measurement light path to measure the influence of the ophthalmic lens design. Also disclosed are an apparatus and a system for measuring an influence of an ophthalmic lens design along with a method for assembling the device and system. The ocular biometric device may be an interferometer and the adaptive optics device may comprise one or more wavefront shapers.
