LED Research Lights for AgTech & Universities
At Heliospectra we have over a decade’s worth of experience in researching plants and their relationship with light, and we've learned a thing or two about LED grow lights. With our research background and drive for innovation, it’s easy to see how we’re able to create lights, control systems, and services that offer the consistency and flexibility required for any research project.
Trusted by 150+ Universities & Research Institutions
ELIXIA: Your Next
Research Partner
Featuring up to four tuneable wavelengths, variable light intensities, and exceptional build quality, ELIXIA is our most popular LED research light. Designed with plant scientists in mind, ELIXIA is at home in any research or AgTech environment.
Features & Benefits
Any Growth Environment
Endless Spectral Options
Advanced Optics
Full Control
Long Lifespan
90% of initial output at 50 000 hrs, thanks to our high-quality LEDs and power units.
Plant & Light Experts
Need Research Lights?
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Make the most of your budget and get one of the most reliable and trusted research lights on the market.
Our Lights
Our LED grow lights have been designed with growers in mind. Providing either a variable or tunable spectrum of light to cater to every crop's needs at any growing stage.
Plant Research & Case Studies from
Our AgTech Partners
Heliospectra has worked with researchers and scientists all over the world. Below are just a few example.
Ground-breaking speed breeding research at John Innes Centre
The John Innes Centre is a renowned, independent, and international center of excellence in plant science, genetics, and microbiology. Learn how the team was able to achieve wheat generation from seed-to-seed in just 8 to 9 weeks, considerably faster than the usual four to five months under sodium-vapor lamps or in a naturally lit spring/summer glasshouse.
Impact of Dynamic Light
Dr. Shizue Matsubara at the Forschungszentrum Jülich in Germany uses Helisospectra LEDs to study how dynamic changes in light intensity affect photosynthesis and plant performance.
Speed Breeding Cereal Crops
Dr. Lee Hickey of the University of Queensland leads research with supplemental LED lighting in glasshouses with new protocols, achieving up to 6 seed-to-seed generation cycles per year.
Michigan State University
Dr. Roberto Lopez shares ways to address seasonal daylight and photoperiod changes to improve greenhouse transplants and crop performance, color, and appearance.
“We can program dynamic changes in the light intensity which is not possible with other conventional light fixtures. We have the capability of determining what the plant response would be under specific wavelengths.”
Dr. Shizue Matsubara
Senior Researcher
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