Atlas

Atlas - Modern Geometric Linear Pendant Light 

Description:
Reimagine contemporary lighting with this Modern Geometric Linear Pendant Light, a bold statement piece designed for those who value cutting-edge aesthetics. With its angular geometric shapes and matte black finish, this pendant light offers a minimalist, architectural appeal. Perfect for residential and commercial interiors, its clean lines and innovative form add sophistication to any space.

Key Features:

• Innovative Design: A combination of linear rods and geometric panels create a striking modern silhouette.
• Matte Black Finish: Sleek and understated, the black coating enhances its minimalist and industrial vibe.
• Adjustable Panels: Multiple light sources allow for customized angles, offering both functional and accent lighting.
• Premium Materials: Made from durable aluminum for longevity and a lightweight structure.
• Customizable Hanging Length: Suspended by sturdy wires, the adjustable height ensures versatility for different ceiling types.

Specifications:

• Material: High-quality aluminum with a matte black finish.
• Dimensions: Approx. 120/156 cm in length, with adjustable panels for targeted lighting.
• Hanging Length: Adjustable cords up to 120 cm.
• Bulb Type: Integrated LED light for energy efficiency and consistent illumination.
• Installation: Hardwired; professional installation is recommended for optimal results.

Applications:

• Office Spaces: Provides sleek task lighting in modern workspaces.
• Dining Areas: A dramatic centerpiece over dining tables for a refined, contemporary look.
• Retail Environments: Perfect for stores or showrooms seeking unique, standout lighting solutions.
• Living Rooms: Adds architectural interest to open-concept spaces or minimalist interiors.

Why Choose This Pendant Light?
Designed for modernists and minimalists, this geometric pendant light is as much a work of art as it is a lighting solution. Its bold design and energy-efficient LED technology make it ideal for high-style interiors that demand functionality and visual intrigue.