NOZZLE, A NEW HIGH LUMINOSITY DOWNLIGHT WITH JUST ONE LED
With directional and interchangeable optics, this focus is characterized for its low energy consumption
SAKMA GROUP has launched NOZZLE, a new downlight, minimalist in its concept and use of materials, reducing its aluminium chasis and with a special printed circuit board (PCB) for high luminosity LEDs.
With 46 mm in diameter, NOZZLE is a small and directional downlight, able to provide up to 180 lm with just one LED by consuming very low energy. It can be bought in five interchangeable different optics to determinate the best beam angle. Noozle has been designed thinking in a right heat dissipation.
NOZZLE is manufactured in different colours. Their main applications are lighting in museums, art galleries, libraries, cabinets, jewelry, store displays or places to highlight in a home
Interchangeable optics makes it essential where lighting is an important part of the scene.
Sakma is a company placed in Barcelona dedicated to design and manufacture high quality LED solutions, choosing the best components from the best brands.
14-05-2012
LED DOWNLIGHT 'MAPLE', ONE OF THE MOST REMARKABLE PRODUCTS IN LIGHT + BUILDING 2012
The engineering company SAKMA has attended to 2012 Light and Building edition, which took place from April 15th to 20th in Frankfurt, Germany. This is the main lighting trade fair worldwide and SAKMA has being represented by the lighting company Sagitario Lighting.
One of the most remarkable products in this edition is MAPLE, the newest company LED downlight, that produces maximum energy efficiency, up to 900 lm, with a only 15 W, and a100% customizable design.
Maple has domotic options (DALI and DMX), a single click installation system, ow price and high quality components. It is a LED luminaire focused in reliability with a lightweight plastic body, unbreakable, and a heater system, designed by Nuventix, to optimize LED performance. With the claim 'High reliability at a low cost’, SAKMA’s corner at Light and Building 2012 was a laboratory to experiment with lenses (20 and 40), domotic and different finishes.
