The main goal in designing the Ultra Optics Reflector was to achieve the highest efficiency (light output) possible. It’s designed according to the SBCS (Single Bounce Clear Sight) principle which means that each light beam reflects only one single time in the reflector and then goes out directly (Single Bounce). After reflection, the beam is not hindered by the lamp or other parts (Clear Sight). The design from the reflector is optically perfect so that no hammered or textured pattern is needed to spread hotspots. Hammered or textured reflective reflectors are made to improve uniformity and create undesirable multiple reflections inside the reflector and cause internal reflections from the reflector to the lamp causing a decrease in efficiency. These techniques used in our reflector combined with the use of Miro Silver mirror will provide unparalleled results.

The type of reflector is determined by the type of crop, canopy, and length of the plant. The dimensions of the room like the length/width ratio of the floor, ratio of the perimeter to the surface area of the floor, ceiling height, and walking paths also contribute to the choice of reflector.

Ultra Optics Hybrid 98

The Hybrid reflector ensures a deep penetration into the plants, while having a larger overlap with other fixtures for better uniformity. The area it illuminates has an aspect ratio of 1.3:1. This reflector is the ideal choice for many scenarios because it combines the best qualities of the Deep and Wide reflectors. This reflector can be used for all types of crops.

For a fixture spacing of 1.2 by 1.6 meter (1.92m²), the recommended reflector height is 80cm.

Ultra Optics Deep 98

The Deep reflector allows the light to penetrate very deep into the canopy. Because the Deep reflector directs more light downwards and less to the sides, losses due to walls and walking paths are minimized. The area it illuminates has an aspect ratio of 1:1, square. This reflector can be used for plants taller than about 75cm, or have a very closed canopy (less plant spacing, more bushy plants). This is also ideal for use in a growing tent, where there would be more wall reflection-losses than in a larger room.

For a fixture spacing of 1.4 by 1.4 meter (1.96m²), the recommended reflector height is 100cm.

The Ulbricht sphere is used to measure the total light output of a fixture or lamp. It can also be used to measure fitting output, and to determine reflector aging, for example. This tool is used in the development of our fittings and reflectors, but also to control light retention in your lamps and reflectors. Our equipment is calibrated with the renowned Philips light laboratories, the largest in Europe.