wall luminaire round, indirect

Modern Design Meets High-Quality Craftsmanship

The MILES WALL SURF 3.0 ROUND LED by Wever & Ducré impresses with its elegant, round design that seamlessly integrates into various interior styles. This wall light convinces with high-quality craftsmanship and a timeless look that is both functional and decorative. Its slim profile ensures an unobtrusive installation and a pleasant light distribution on the wall.

Efficient LED Technology with Warm White Light

With a power consumption of 8 watts, the MILES WALL SURF 3.0 ROUND LED produces warm white light at 3000 Kelvin, creating a cozy and inviting atmosphere. The LED technology guarantees high energy efficiency and a long service life, making the luminaire particularly environmentally friendly and cost-effective. The light is ideal for gently illuminating rooms without glare.

High-Quality Light Thanks to CRI90

The wall light features a high color rendering index of CRI90, which means colors are rendered especially naturally and vividly. This is particularly important for comfortable lighting where details remain clearly visible and colors are not distorted. The high light quality makes the MILES WALL SURF 3.0 ROUND LED a perfect choice for areas where good and pleasant lighting is essential.

Dimming Function for Individual Lighting Design

Thanks to the integrated dimming function, the brightness of the luminaire can be adjusted flexibly. This allows the light to be set brighter or dimmer depending on mood or need. The stepless control enables easy operation and ensures an optimal lighting atmosphere. This feature greatly increases the comfort and versatility of the wall light.

Easy Installation and Versatile Power Supply

The MILES WALL SURF 3.0 ROUND LED operates at a voltage of 220-240 volts, making it compatible with standard power grids. Installation is straightforward and quick since no additional transformers are required. The wall light is therefore particularly user-friendly and can be easily used in a wide range of areas.