Elara is a suspension lamp characterised by two metal rings, one of which can be set at various angles, as well as a small bi-emission sphere at the bottom of the lamp. The sources with different light emissions allow Elara to illuminate an entire room and to suit a range of environments.
Dimensions
| Dimensions | 78.8"W x 32.99"H x 31.49"L |
| Weight | 0.46 Ibs |
Product details
| Finish | Glossy Black |
| Collection | Elara |
Electrical
| CCT | 3000K |
You know you are getting the best Canadian Landed Price at Montreal Lighting & Hardware. If you find the same product advertised for less by one of our Canadian competitors within 30 days of your purchase, we will gladly match the lower price + 10% of the difference. Click here for more information.
Elara Suspension Lamps
Description
Elara is a suspension lamp characterised by two metal rings, one of which can be set at various angles, as well as a small bi-emission sphere at the bottom of the lamp. The sources with different light emissions allow Elara to illuminate an entire room and to suit a range of environments.
Specifications
Dimensions
| Dimensions | 78.8"W x 32.99"H x 31.49"L |
| Weight | 0.46 Ibs |
Product details
| Finish | Glossy Black |
| Collection | Elara |
Electrical
| CCT | 3000K |
Downloads
110% Price match guarantee
You know you are getting the best Canadian Landed Price at Montreal Lighting & Hardware. If you find the same product advertised for less by one of our Canadian competitors within 30 days of your purchase, we will gladly match the lower price + 10% of the difference. Click here for more information.
Lodes
Venice, Italy
The brand’s aesthetic is rooted in "compositional balance," where each fixture is designed to function individually or as part of a larger, modular arrangement. Collections often explore the interplay of glass, metal, and light—resulting in pieces that feel lightweight yet intentional. From sculptural pendants to minimal wall and ceiling fixtures, Lodes emphasizes proportion, repetition, and spatial rhythm to create cohesive lighting environments.






