DYNA C9

Your Next Research Partner

Offering nine individually controllable wavelengths from 380nm (UVA) to 735nm (Far-Red), DYNA is the definition of flexibility in LED grow lights worldwide. Designed with plant scientists in mind, DYNA integrates seamlessly into research and agtech environments. With its latest technical upgrade, now delivering 700W of power with improved efficiency and output, DYNA sets a new standard.
 
Compatibility with our helioCORE™ control system transforms DYNA with access to a suite of automation tools including DLI and On Target control modules as well as full spectral control.
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DYNA C9 LED grow light

700W

Power

IP65

Rating

Infinite Spectral Options

With full spectrum control from UVA to FR, DYNA has infinite spectral options and strategies to help you move your research forward.

DYNA C9 spectrum graph

Research Plate

Research Plate: The Research Plate includes 9 tuneable LED channels at 380nm, 400nm, 420nm, 450nm, 520nm, 630nm, 660nm, 735nm, and a white 5700K LED channel.

Unparalleled Flexible Spectrum Control with helioCORE

Integrating helioCORE with our dynamic lights gives you full control over your growing environment. It offers Multi-Group Grow Zone Control for precise light management across different areas, easy scheduling for custom light treatments, and real-time data from wireless sensors to ensure optimal growth conditions. Enjoy flexible, cost-effective installation and tailored lighting strategies for every crop.

Learn about helioCORE

Dyna

In The Field

Learn more about real-world DYNA applications, or hit the button below to see all of our customer success stories!

Success Stories

Customer Testimonial

Forschungszentrum Jülich

“With the Heliospectra LEDs, 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…The Heliospectra lights allow us to select only certain wavelengths and manipulate the intensity of only those wavelengths.”

Customer Testimonial

University of Queensland

“At University of Queensland, we replaced the old high pressure sodium vapour lamps with Heliospectra LED grow lights and saved approximately 28% of the power required for lighting and about $10,000 in costs associated with bulb replacement each year.”

Customer Testimonial

Institute for Cereal Crops Improvement

“Thanks to the Heliospectra lights, we were able to produce wheat plants with quality, fully developed spikes in less than two months…”