The Lumoluce range is fully assembled and manufactured at Heerhugowaard in the Netherlands utilising high quality LED light sources and LEDs. Features of the range include sub-binning, where each colour supplied is tested and hand-sorted into a further nine sub-bins to provide an exact colour match across each individual LED supplied to a customer.
Lumoluce also designs and manufactures its own drivers to maximise the performance and efficiency of its LED lights. As a result, it achieves power factors of better than 0.9 and very low harmonics. Lumoluce LEDs are widely used in major airports, supermarkets for food illumination as well as restaurants and offices throughout Europe. Its focus on delivering premium performance and quality at competitive pricing is leading to year on year growth in annual turnover of over 50% for Lumoluce.
Adrian Rawlinson, managing director of Marl International, commented, "Lumoluce shares Marl's culture of achieving high levels of quality and performance by keeping control of the design, assembly and manufacturing processes. We believe that there will be strong market demand for this product range from customers who appreciate a consistent and high quality product at an affordable price."
Peter Snoeck, sales director of Lumoluce, added, "Marl has excellent relationships with our key target customers in the UK, and helps these customers make the most of our very special product characteristics. The fact that they have their own manufacturing operation too helps them appreciate how our products are set apart."
Marl will offer the full Lumoluce series, which is a modular system based on aluminium construction with a 2.3W LED module, driver and connectors. These assemblies deliver the same light output as a 25W - 35W halogen bulb but use 90% less power - and even save 35% of energy costs of standard energy saving lamps. The Lumoluce range includes an extensive selection of fittings in different shapes and sizes, with different configurations of LED lamps, to meet every conceivable lighting requirement and application.
(Jim Evans)
