Convex Pendant Lamp | Luxury Lighting | Brokis

Convex Pendant Lamp | Luxury Lighting | BrokisThe Convex Pendant Lamp by Brokis, designed by Boris Klimek, is a stunning example of how glass can be both functional and artistic. This collection pushes the boundaries of traditional glasswork, leveraging the unique properties of BROKISGLASS to create a convex lens shaped luminaire. The defining feature is its convex lens shaped shade. This design not only looks striking but also plays a crucial role in how the light is refracted and diffused,

The Convex Pendant Lamp by Brokis, designed by Boris Klimek, is a stunning example of how glass can be both functional and artistic. This collection pushes the boundaries of traditional glasswork, leveraging the unique properties of BROKISGLASS to create a convex lens-shaped luminaire. The defining feature is its convex lens-shaped shade. This design not only looks striking but also plays a crucial role in how the light is refracted and diffused, creating a unique visual effect. The lamp features a minimalist, precisely crafted metal body that complements the glass shade without overshadowing it. This understated design allows the beauty and optical properties of the glass to take center stage. The Convex Pendant Lamp is suitable for a wide range of spaces, both residential and commercial. Its unique design can add a touch of sophistication to any environment.

Made in Czech Republic
Usually ships within 4 weeks
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ADDITIONAL INFORMATION

Dimensions:

Small

Height 22 cm (14.4”)

Diam 30 cm (12.6”)

Medium

Height 23.5 cm (17.6”)

Diam 42.6 cm (12.6”)

Materials: 

Glass

General Information: 

Contract

Residential

Indoor use

Brokis is a Czech lighting manufacturer renowned for its exquisite, handcrafted glass lighting. They blend traditional Bohemian glassmaking techniques with contemporary design, resulting in fixtures that are both functional and works of art. Brokis's collections often feature bold, sculptural forms and utilize high-quality materials, creating pieces that become focal points in any space.