…can be used to create high index films and form nanoimprinted structures and microlens arrays with excellent optical performance and robust mechanical properties. PixNIL™ is compatible with roll-to-roll (R2R), roll-to-plate…

…increasing the lifetime of LED devices. “We look forward to leveraging all of the resources of the Engineering Research Center to help further refine and quantify all of the benefits…

…visualization. They rely on a combination of advanced substrates and high-index resins, which makes it an “innovation sweet spot” for Pixelligent. In fact, we recently launched our newest product for…

…specialty materials, equipment, and process solutions for applications in semiconductors, advanced packaging/3-D ICs, MEMS, sensors, displays, LEDs, and printed electronics. The company’s 30 years of in-depth knowledge and expertise in…

…nanodispersions for improving the efficiency and performance for some very important optical device applications. Combining Pixelligent’s PixClear® materials with TOK’s world-class high-value added formulations will enable us to address many…

…mechanics, materials, and physics to conduct research into nanotribology (the atomic-scale origins of friction, adhesion, lubrication, and wear), nanomechanics, nanostructured materials, and atomic force microscopy (AFM). Their primary focus is…

…enough to be considered “nanotechnology”? If so, should solar companies also be considered “nanotechnology companies”? Maybe Elon Musk was on to something when he said “nano applies to everything and…

…They deliver a combination of properties, operating efficiencies, and unprecedented performance. The company will use the growth funding to accelerate and expand commercial activities in its target markets in partnership…

…segments. “Our proprietary additive manufacturing platform produces freeform-gradient-optics for making both leading edge light-field-lens-arrays, as well as more traditional compact and lightweight eyepieces and objective-lens systems. This platform requires highly…