Meira Range
Archlum’s MEIRA Range incorporates advanced reflectors developed by Bartenbach, engineered to the highest optical standards. Their micro-faceted design ensures precise light control and exceptional uniformity, delivering refined, high-performance illumination for architectural spaces.
Meira Range reflectors are optimised for superior cutoff performance, thanks to their carefully calculated height-to-diameter ratio. The design ensures a minimal difference between the beam angle and the field angle, allowing for controlled, focused illumination with reduced spill light.
This results in greater visual comfort compared to standard reflector solutions, while also enhancing contrast and enabling dramatic lighting effects where desired.
Meira offers the option of trimless installation, allowing the frame to be plastered into the ceiling and painted over for a seamless finish. With an adjustable mounting system, the frame can be adapted to suit false ceiling thicknesses of 9 mm, 12 mm, or 15 mm by simply clipping the screwing pad into the designated position.
A selection of high-quality control gear enables wireless communication via Bluetooth, allowing users to remotely manage lighting. A user-friendly, open-source app is available for both iOS and Android devices, offering convenient and intuitive control.
Design Features
With a compact Ø58 mm form, the Meira family offers four distinct light distributions within the same sleek profile. Designed for versatility, it can be used for direct lighting across various ceiling heights and applications, as well as for effective wall washing.
Optical Features
The micro-faceted reflector design allows for precise control of light distribution, resulting in excellent uniformity and reduced glare. This enhances visual comfort and ensures a high-quality lighting experience across various architectural applications.
Mechanical Features
The fully aluminium housing is robust and built to last. Its large extruded aluminium heatsink is designed to optimise airflow, ensuring effective thermal performance and extended product lifetime.
Application
