For science

HLRD-series lamps for science

The most flexible and versatile lighting solution on the market, with excellent ergonomics.

  • Ergonomics

    The most flexible and versatile lighting solution on the market

  • Software

    Simple setup of lighting programs for periods of 1 hour to 180 days

  • Efficiency

    Provide optimal lighting intensity using at least 2,5 times less energy than HPS lamps

  • Flexibility and Versatility

           Suitable for the majority of plants,       with custom spectral solutions also available

  • Experience

       More than 8 years of R&D experience in LED lighting for plants

HLRD-series lamps for science

HLRD-series lamps for science - most flexible and versatile lighting solution on the market, with excellent ergonomics. HLRD is suitable for diverse research spaces (growing chambers, phytotrons, laboratories, greenhouses. It operates via user-friendly interface from mobile devices or PCs. Users can setup lighting program for period of 1 hour to 180 days.

Each lamp can be fitted for any available spectra, allowing users to create unlimited combinations of spectral recipes. Any producer's LEDs can be used. 

HLRD-series lamps can be stand-alone or ceiling-mounted design. Users can easily access to specimens from all sides. Lamps are quickly disassembled into 3 compact parts for easy transportation.

HLRD specifications

Application  Flexible LED-based plant lighting system for research
Functionality                       

Recipe storage in memory

Export and import of recipes

Control of blinking frequency

Control of intensity

Photoperiod simulation

Advantages

Optimal photosynthetic photon flux density

Quick and easy installation

The ability to easily change the light bulbs
Operation via user-friendly interface from mobile or PCs
Energy-saving

Easily disassembled into 3 compact parts

24 months warranty

Lamps (standart set)

Far red: 735 nm; 740 nm

Deep red: 660 nm;
Red: 627 nm; 638 nm; 

Deep Blue: 447 nm; 460 nm;
UV: 365 nm; 400 nm.

Each lamp can be fitted for any available spectra, allowing users to create unlimited combinations of spectral recipes.

HLRD-series lamps for science

H/W/L

 1300/500/800 cm
Weight   24 kg
Input voltage  110–240V, 50/60 Hz

Power consumption

 230W

Options

 Lenses: diffused or clear

 Elctrical drive

Software

Operation via user-friendly interface from mobile devices or PCs.

Simple setup of lighting programs for periods of 1 hour to 180 days.

Controlled intensity and blinking frequency.

Why HORTILED?

  • More than 8 years of R&D experience in LED lighting for plants
  • Close work with scientists in the fields of physics and plant photophysiology
  • Successful transfer of R&D experience to industry
  • Applications for research and industry
  • High-quality engineering and components

Downloads

 

Testimonials

We are working in the field of photophysiology more than 10 years. We are convinced that success of a research project is determined not only by an excellent idea, but also by suitable, efficient lighting equipment, which enables fulfillment of the idea.
Akvilė Viršilė Chief Researcher, LRCAF Institute of Horticulture, Laboratory of plant physiology
Microgreens raised under LEDs are lusher, greener, thus I recommend other to test LEDs. We must go hand in hand with technologies. Nowadays, one day you are the first between competitors, but other day you might be the last one.
Raimondas Grajauskas Grower
Transplants, raised under LEDs are firmer, does not elongate excessively, their leaves are darker, flowering starts earlier. I recommend LED.
Genadijus Šiktorovas Head of "Rigesa" LLC
HORTILED lighting is beneficial for photoperiodic lighting of ornamental plants.
Dr. Antra Balode Latvia University of Agriculture
LED lighting was very helpful, as this spring there were no sun for 10 days and LEDs replaced it. Thanks to this lighting, we were the first ones, who offered transplants for our customers.
Nikolajus Augustinovičius Grower

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under
grant agreement No 728982.

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