| History Verre églomisé, the art of applying designs and gilding to the reverse side of glass, dates back to at least the 3rd century BC in Alexandria. It flourished in various periods, including Early Christian times, the Italian Renaissance (14th–16th centuries), and in 17th–18th century Holland and Spain. The 18th century saw a major revival in France, England, and the United States, led by French decorator Jean-Baptiste Glomy, after whom the technique is named. Verre églomisé continues to be practiced and appreciated in contemporary art and design, with artists and craftspeople still employing this intricate and beautiful decorative technique. |
| Gold Leaf We apply natural and designer textures to glass using 24k gold leaf, enhancing them with backlighting augmented by UV photopolymerization, resulting in an absolutely unique finish. Gold leaf or gilding, also originally known as Verre Églomisé, essentially involves applying gold, other metal leafs, or molten metal to a surface—primarily glass in our case. Usually, the leaves are cut into square shapes that, when placed next to each other, create an authentic grid-like pattern. Larger leaves are harder to apply. Once applied to glass and dried, the leaf transforms into a mirror. This distinctive look is a hallmark of handmade, bespoke pieces designed by an artist. The original technique is a rare skill, and we put extraordinary effort into combining traditional craftsmanship with modern technology to ensure consistent work tailored to the exact specifications of our clients. The most popular verre églomisé finishes are done with gold, copper, and silver leaf, sometimes distressed. |
| Backlightning Backlighting glass to achieve effects similar to backlit onyx combines modern LED technology with carefully chosen materials for stunning visual displays. This technique involves placing LED light sources behind translucent glass panels, enhancing the natural beauty and patterns of the glass. Translucent or frosted glass, textured sheets, and laminated options are popular choices for their ability to diffuse light evenly. LED strips or panels are used for their energy efficiency, long lifespan, and customizable color temperatures. To ensure uniform illumination and eliminate shadows, a diffusion layer, often made of specialized acrylic sheets like PLEXIGLAS® LED, is added. The assembly is housed in a frame with reflective surfaces to maximize light efficiency, and spacing of 5-10 cm between the LEDs and glass ensures optimal light distribution. Advanced features like dimmable or RGB LEDs allow adjustable brightness and color effects, while technologies like remote phosphor improve consistency and longevity. The result is a captivating illuminated panel, ideal for interior design, architecture, signage, and decorative installations, offering a modern way to enhance spaces with light and translucent materials. |
| UV Photopolymerization UV Photopolymerization uses ultraviolet (UV) light to cure photosensitive resins, transforming them from liquid to solid. This process is widely used in glass printing, where a resin containing photoinitiators solidifies under UV light to create durable prints. In UV printing, the glass is cleaned for optimal ink adhesion, and UV-curable inks are applied using flatbed printers. UV lamps solidify the ink instantly, bonding it to the glass with precision and durability. This method produces vibrant, detailed, and scratch-resistant prints on various glass types, such as clear, frosted, tinted, and mirrored glass. With rapid curing times and environmentally friendly UV inks that emit low VOCs, this process enables efficient, high-quality production. Widely used in architecture, interior design, signage, and custom glassware, UV Photopolymerization has transformed glass printing into a modern and versatile decorative solution. |