Floor Lamp Ruby with Metal Cone | 12W | 3000K | 143cm

Ruby is an LED floor lamp with a sculptural silhouette, a tall metal cone and a spherical acrylic head with a molten-metal effect. It creates warm decorative light and is suitable for interiors where the lighting needs to be functional, artistic and visually distinctive.

Purpose

Ruby is designed as a decorative floor lamp for spaces where the light is intended to act as an elegant focal point. The tall metal cone adds verticality and visual stability, while the spherical acrylic head refracts the light and creates lively reflections across its surface. The molten-metal effect gives the lamp a sculptural presence that works particularly well in modern, representative and more luxurious interiors.

Technical Specifications

• Model: Ruby
• Type: floor lamp
• Dimensions: Ø380 / H1430 mm
• Material: metal and acrylic
• Colour: chrome / smoked
• Power: 12W
• Operating voltage: 220–240V
• Colour temperature: 3000K, warm light
• Light source: LED

Application

Ruby is suitable for living rooms, relaxation areas, entrance spaces, reception areas, hotel lobbies, modern offices, private offices and gallery interiors. It can be placed beside a sofa, armchair, side table or in an area where a standalone lighting accent with a distinctive character is required. The chrome version emphasises the reflective effect and works well in more glamorous interiors, while the smoked version creates a softer and more understated appearance.

User Reviews

We placed it next to the armchair and it immediately changed the atmosphere of the relaxation corner. The light is warm, while the spherical head creates very interesting reflections in the evening.

We used it in a hotel lobby as a decorative accent beside the seating area. In person, it looks like a sculpture, while the metal cone adds height and elegance.

It is suitable for a modern living room, especially when the interior includes metal or stone elements. The chrome version looks very striking without taking up too much visual space.