Which lens design could potentially eliminate most lower order aberrations in lenses?

Digitally surfaced lenses, also known as free-form or wavefront-optimized lenses, are designed using advanced technology that sculpts the lens surface to match the individual's prescription with precision. This design can account for not only the basic refractive errors but also address lower order aberrations, such as spherical aberration, coma, and astigmatism, that can impair visual quality. By utilizing personalized measurements, these lenses can provide optimized performance, resulting in clearer vision and greater comfort.

This capability is a significant advantage over other lens types. Standard single vision lenses typically use a more generalized design process, which does not account for individual variations in vision as effectively. Bifocal lenses and progressive addition lenses can help with specific vision needs—for example, near and distance vision—but they do not specifically target aberrations beyond those corrections and can sometimes introduce their own aberrations due to the design complexity. Digitally surfaced lenses stand out as they actively minimize lower order aberrations, thereby delivering superior optical clarity.