Eglo Connect Calagrano-Z Smart Black Rectangular LED Flush

Eglo Connect Calagrano-Z Smart Black Rectangular LED Flush Ceiling Light

The Eglo Connect Calagrano-Z is a striking example of modern lighting design, offering a sleek and minimalist aesthetic for contemporary UK homes. Crafted from a high-quality blend of aluminium and steel, this ceiling light features a sophisticated matt black finish that frames its geometric rectangular silhouette. The fixture utilises integrated 21W LED panels housed behind white plastic diffusers, providing clean and uniform illumination. As part of the Connect-Z smart range, it offers advanced functionality, allowing you to dim the brightness and adjust the ambience via smart controls. Its ultra-slim 5cm profile makes it an excellent choice for rooms with lower ceilings, providing a streamlined look without sacrificing light output. The architectural design creates a sense of depth, producing a balanced, glare-free effect that enhances the modern atmosphere of any interior space.

Key Features

• Smart Control Technology: Fully dimmable and customisable lighting levels easily controlled via smart devices.
• Energy-Efficient Integrated LED: Features a high-performance 21W integrated LED system, eliminating the need for bulb changes.
• Ultra-Slim Flush Profile: A minimalist 5cm depth designed specifically for low ceilings and contemporary streamlined interiors.
• Durable Construction: Built from robust aluminium and steel with a premium matt black finish and high-quality diffusers.
• Safety and Assurance: Class 2 double-insulated fitting provided with a 5-year manufacturer guarantee for long-term peace of mind.

Perfect For

The Calagrano-Z is a versatile choice for modern and minimalist interior styles. Its wide rectangular form makes it particularly well-suited for the living room, dining area, or kitchen, where it provides ample and stylish illumination. The low-profile flush design is also perfect for hallways or any living space where a clean, architectural statement is desired without occupying vertical space.