Lizzy
Decorative light, professional effect
Variety in shape and size
Lizzy combines an LED pendant head with shades in various sizes, shapes and materials - from textile to metal to porcelain, from cylinder to hemisphere to cage. The E27-based shades can be replaced quickly, without tools and without interfering with the installation. This means that the design remains flexible, even if the interior changes.
Lighting technology at professional level
Efficient LED technology with good colour rendering is used inside. Three optics produce different light distributions. With various light colours and power levels, Lizzy can be perfectly matched to any application. All versions offer precise light control, high efficiency and consistent colour quality.
- 3 optics: Medium Flood(MFL), Flood (FL) and Wide Flood (WFL)
- CRI up to 93
Quickly installed, flexibly utilised
The pendant light can be installed individually or in groups - above counters, tables or in lounge areas. Lizzy is mounted on a ceiling canopy, a ceiling shield or on the 3-phase adapter. Variants with DALI or Casambi control are available on request - for integration into customised lighting scenes.
Design
Clear in form, high-quality in detail: Lizzy combines technical precision with a cosy appearance. Different shade sizes and surfaces - such as textile in white or black, porcelain with a cement look or glass in a hemispherical shape - create a wide range of style options. In this way, lighting becomes part of the interior design.
Lizzy combines professional lighting technology with the decorative effect of pendant shade luminaires - ideal for customised store concepts. Uniform light quality and colour temperature create a consistent appearance throughout the room.
Quick, tool-free installation on ceiling or rail. Shades can be replaced during operation - ideal for changing design concepts.
Efficient LED technology with a long service life reduces maintenance and energy consumption. Controllable versions enable flexible lighting scenes and energy-optimised operation.