KUPO Optics products

KUPO Optics presents its state-of-the-art Cold Mirrors, a masterpiece in optical engineering, designed to redefine the manipulation of light in sophisticated applications. These mirrors are crafted with precision to reflect visible light efficiently while allowing near-infrared (NIR) light to pass through seamlessly. The distinct multi-layer coating of these mirrors plays a pivotal role in separating visible light from NIR, a feature crucial in applications where heat management is as vital as illumination. The impeccable design of KUPO's Cold Mirrors ensures that they offer exceptional visible light reflection, an attribute that is essential in applications ranging from medical illumination to high-precision scanning devices. In medical settings, these mirrors provide robust illumination without the unwanted heat usually associated with NIR, ensuring patient comfort and safety. In surveillance systems, they effectively filter out NIR, thus mitigating the heat effect on camera sensors and enhancing the longevity and reliability of these critical security devices.

KUPO Optics proudly presents its Black Aluminum Coatings, a groundbreaking solution in the realm of optical coatings, designed for unparalleled visible light absorption. These coatings are engineered to transform how light and imagery are manipulated and displayed, offering a novel approach to creating vivid and sharp projections, especially in black and white gobos. Crafted with the utmost precision, our black aluminum coatings boast an incredibly low transmission rate for visible light, effectively absorbing rather than reflecting it. This characteristic makes them ideally suited for applications where preventing light passage is crucial. Particularly in glass gobos, these coatings enable the production of images with exceptional sharpness and clarity, outperforming traditional steel gobos. The enhanced image quality, coupled with the inherent heat resistance of glass, ensures that the gobos can withstand high temperatures typically associated with intense light sources, making them perfect for dynamic stage lighting and intricate projection systems.