AcroOptics LED Reef Aquarium Lighting System
Responsible reef-keepers work to ensure their corals thrive, not just survive. AcroOptics fixtures are designed to optimize the health and appearance of SPS corals and other reef invertebrates. Our Very Large Array design with custom TIR optics ensures a uniform, robust light field throughout your reef. With five independently controllable color channels, custom programming, and the ability to load location-specific photo-periods, you can create the perfect environment for your SPS corals.
CRAVE LED Reef Aquarium Lighting System
Responsible reef-keepers work to ensure their corals thrive, not just survive. AcroOptics fixtures are designed to optimize the health and appearance of SPS corals and other reef invertebrates. Our Very Large Array design with custom TIR optics ensures a uniform, robust light field throughout your reef. With five independently controllable color channels, custom programming, and the ability to load location-specific photo-periods, you can create the perfect environment for your SPS corals.
Give your reef the best – give it AcroOptics
NEW! We now offer “Grow” lights for plants, flowers, crops!
Testimonials
“We’ve used these lights extensively over the last couple years on every reef tank in our store and had great success with everything from corallimorphs and anemones to SPS. They also have held up extremely well in this rugged environment.”
Mike Parks
Owner, Aqua Imports
“I have used these lights for the past two years and they’ve held up incredibly well to the salt and humidity. I really like how easy it is to customize lighting programs. With a rudimentary understanding of how light and coral interact, the average aquarist can get professional results with minimal effort. The first installation where I used these lights is 48″ deep, containing threatened Caribbean staghorn coral; within a week they had some of the best polyp extension I’ve ever seen on an Acropora. Overall, great lights and great results!”
Sara Stevens
Aquarist, Butterfly Pavilion
“We are enthusiastic about the new AcroOptics LED system installed in our low-temperature incubator, where we grow benthic stream diatoms from the Antarctic Dry Valleys…this lighting system markedly improves our ability to mimic the Antarctic photoenvironment by modulating light intensity and photoperiod to match Photosynthetically Active Radiation (PAR) data recorded in the field. Future studies will greatly benefit from this energy efficient, easy to use, and programmable lighting system.”
Professor Diane McKnight
Research Associate Joshua Darling
Institute of Arctic and Alpine Research
University of Colorado at Boulder