The popular choice for a huge range of interior applications offering excellent illumination levels whilst providing a clean look due to the flush fitting of the fixtures. Anolis offers a full complement of fixtures that can help realise any lighting design from the softest mood lighting for bars and clubs to the brightest retail environment where excellent visibility and light quality is crucial. The latest LED technology minimises energy consumption and the high degree of control allows colour temperatures to be carefully selected for any environment.

Downlighting

Downlighting is one of the most popular methods of lighting and is used in a wide variety of lighting schemes. Anolis brings a new dimension to downlighting with innovative products like the Ambiane, available in Pure White variants in a range of colour temperatures. This ranges from Tuneable White with a CCT range of 2700K – 6500K, Tungsten Dim Emulation from 1000K-3200K and a full colour mixing RGBW version. All Ambiane products benefit from either DMX or Dali control with the Pure White variant also available with 0-10v dimming. Super smooth 18-bit dimming ensures unsurpassed dimming capabilities through the dimming curve. A range of high quality aluminium reflectors provides accurate light control across a variety of available beam angles.

Why Anolis

As a leading manufacturer of premium LED architectural lighting solutions, with over 10 years experience, Anolis is the smart choice for any lighting application. The company values of honesty, integrity and the desire to produce the best possible fixtures are present in our DNA. Since the inception of Anolis, we have always collaborated with our customers and partners to create the highest quality LED lighting solutions with a huge range of applications and projects across the globe. Anolis is proud to research, design and manufacture all fixtures in our 55,000 m² factory in the Czech Republic, employing over 600 people so we have complete control over all aspects of the research, design and production process.