Abstract: Lens coatings and coated lenses which offer full-spectrum protection by reducing back-side reflection of all light spanning from the ultraviolet sub-band B (UVB) to infrared (IR-A) region are provided. The full-spectrum back-side anti-reflective coatings disclosed herein are comprised of multiple thin-film layers of high refractive index (HighIndex) and low refractive index (LowIndex) materials. In many embodiments, the penultimate layer distal from the substrate lens is a HighIndex layer, and the final layer distal from the substrate lens is a LowIndex layer.

Abstract: Lens coatings and coated lenses which offer full-spectrum protection by reducing back-side reflection of all light spanning from the ultraviolet sub-band B (UVB) to infrared (IR-A) region are provided. The full-spectrum back-side anti-reflective coatings disclosed herein are comprised of multiple thin-film layers of high refractive index (HighIndex) and low refractive index (LowIndex) materials. In many embodiments, the penultimate layer distal from the substrate lens is a HighIndex layer, and the final layer distal from the substrate lens is a LowIndex layer.

Abstract: Lens coatings and coated lenses which offer full-spectrum protection by reducing back-side reflection of all light spanning from the ultraviolet sub-band B (UVB) to infrared (IR-A) region are provided. The full-spectrum back-side anti-reflective coatings disclosed herein are comprised of multiple thin-film layers of high refractive index (HighIndex) and low refractive index (LowIndex) materials. In many embodiments, the penultimate layer distal from the substrate lens is a HighIndex layer, and the final layer distal from the substrate lens is a LowIndex layer.

Abstract: Lens coatings and coated lenses which offer full-spectrum protection by reducing back-side reflection of all light spanning from the ultraviolet sub-band B (UVB) to infrared (IR-A) region are provided. The full-spectrum back-side anti-reflective coatings disclosed herein are comprised of multiple thin-film layers of high refractive index (HighIndex) and low refractive index (LowIndex) materials. In many embodiments, the penultimate layer distal from the substrate lens is a HighIndex layer, and the final layer distal from the substrate lens is a LowIndex layer.

Abstract: Lens coatings and coated lenses which offer full-spectrum protection by reducing back-side reflection of all light spanning from the UVB to IR-A region are provided. The full-spectrum back-side anti-reflective coatings disclosed herein are comprised of multiple thin-film layers of high refractive index (HighIndex) and low refractive index (LowIndex) materials. In many embodiments, the penultimate layer distal from the substrate lens is a HighIndex layer, and the final layer distal from the substrate lens is a LowIndex layer.

Abstract: Lens holders are disclosed that clasp the lens using rubberized paddles to reduce scratching and which include legs that are shaped to enable visual inspection of a lens without removal of the lens from the lens holder. One embodiment includes a lens holder body including a clip and a leg, and a spring fixed to the lens holder body. In addition, the leg includes a ledge, the spring includes two flexible arms terminating in paddles, the paddles are configured to clasp a lens resting on the ledge, at least the portion of each of the paddles that contact a lens clasped by the paddles is constructed from a resilient non-abrasive material, and the leg is formed so that a lens clasped by the springs and resting on the leg can be visually inspected without removing the lens from the lens holder.

Abstract: The present invention relates generally to job bags for use in the processing, handling, storage and/or transportation of lenses. In several embodiments, the job bags are used in combination with lens bags to transport lenses between various stations in a facility, where processes are applied to the lenses. One embodiment of the invention includes a front panel secured to a back panel, where the front and back panels are joined at least along a bottom edge and form a pocket configured to receive a document, and two vertical pockets formed on the front panel, where each vertical pocket is configured to receive a lens and to retain the lens in the vertical pocket when the job bag rests on its bottom edge.

Abstract: Lens holders are disclosed that clasp the lens using rubberized paddles to reduce scratching and which include legs that are shaped to enable visual inspection of a lens without removal of the lens from the lens holder. One embodiment includes a lens holder body including a clip and a leg, and a spring fixed to the lens holder body. In addition, the leg includes a ledge, the spring includes two flexible arms terminating in paddles, the paddles are configured to clasp a lens resting on the ledge, at least the portion of each of the paddles that contact a lens clasped by the paddles is constructed from a resilient non-abrasive material, and the leg is formed so that a lens clasped by the springs and resting on the leg can be visually inspected without removing the lens from the lens holder.