In design lighting, form and function merge to create objects that enhance any environment. Borosilicate glass is the material that brings this vision to life: elegant, transparent, and durable, it allows the creation of iconic lighting fixtures with unique geometries—light yet solid, able to interact with light in a refined and surprising way.
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Thanks to advanced techniques in blowing, shaping, and cutting, LightOne creates borosilicate glass components with creative and unconventional forms, uniform thicknesses, and highly precise details. The ability to produce even large-scale objects while fully respecting technical specifications makes each piece unique. A balance of industrial precision and design flexibility, dedicated to customized lighting solutions.
Find more about our production processOver the years, we have collaborated with some of the most renowned brands in design lighting, contributing to projects where no detail could be overlooked. In every project, we provide full support—from feasibility assessment to production—even when facing dimensional constraints or technical challenges.
It stands out for its extraordinary brilliance and transparency, thanks to its excellent optical clarity and high light transmission. These qualities make it the ideal material for lighting elements, allowing light to refract without distortion or significant alterations.
It is an extremely robust material, featuring excellent mechanical properties and superior resistance to scratches and abrasion compared to ordinary glass. This high durability ensures a long-lasting lifespan.
It is a non-porous material, highly hygienic and easy to clean—ideal even for food storage. Resistant to acids and chemically inert, it does not release harmful substances and preserves the purity of food intact.
Extremely versatile, borosilicate glass is suitable for a wide range of applications. Its high performance and multiple shaping and thickness options make it ideal for engineers and designers. It is used in fields ranging from pharmaceuticals to food, from smartphones to construction, as well as in optical instruments, laboratory equipment, medical devices, lighting components, and 3D printer surfaces.
