Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems
NEBULA R1+ 360° e-Nozzle
Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems
Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems
Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems
Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems

NEBULA R1+ 360° e-Nozzle

Regular price€599,00
/
Tax included.

  • Available to companies and growers
  • Lead time: 25-45 days

NEBULA R1+ AirFlow 360° Aeroponic e-Nozzle is an advanced solution for hydroponic conversions.  The additional AirFlow feature, delivered by an IP69K-rated fan helps distribute aerosol further.

Features:

  • Built-in IP 69K Fan
  • Uncloggable aeroponic e-Nozzle
  • Electronic management unit for settings adjustment 
  • No pressure pumping systems required
  • Near-zero maintenance
  • Power at non-stop usage - up to 50W/hour

    DIY Implementation suggestions:

    • Aeroponic growbox
    • Aeroponic cloner

    Dispersal diameter: up to 220 cm (86.61")

    What's included:

    • 1 x NEBULA Series R1+ 360° AirFlow e-Nozzle
    • 1 x NEBULA Electronic Management Unit
    • 1 x NEBULA Series R1+ 360° AirFlow e-Nozzle Owner's Guide
    • 1 x 24V Power Adapter

      NEXT-GEN AEROPONICS

      dedicated development since 2018
      Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems
      PATENT-PENDING

      BREAKTHROUGH TECHNOLOGY

      For the first time ever, aeroponic irrigation is simpler and easier than hydroponics.

      Combining acoustic technology, precision-machined titanium and artificial intelligence, Baltic Freya builds smart, uncloggable and highly tunable aeroponic nozzles and systems for controlled environment cultivation.

      Baltic Freya e-Nozzles require no pressure pumps and few technical skills, thereby eliminating any previous barriers to aeroponic cultivation.

      UNCLOGGABLE

      The e-Nozzle works by delivering targetted acoustic vibrations to the titanium tip, where liquid is atomized into aerosol. This underlying principle lets us build wide internal channels of up to 6 milimetres, which eliminates clogging and enables organic aeroponics.

      SMART

      Each e-Nozzle has a built-in or an external Electronic Management Unit, which enables autonomous optimization and self-cleaning. Commercial & Research grade e-Nozzles offer connectivity, remote control, droplet diameter adjustment and predictive maintenance.

      Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems

      SOLID-STATE

      The technological breakthrough defines an evolution of aeroponics we term “Solid-State Aeroponics”. The goal behind this new modality in aeroponic systems is the removal of mechanically pressurized systems, forced-pressure nozzles, and any other mechanical input that is consumed by the process.

      Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems

      SAY GOODBYE TO PRESSURE SYSTEMS

      Due to the underlying acoustic aerosol generation technology, e-Nozzles require no pressure pumping systems. Drip lines are enough to do the job, which makes the installation process simpler, system maintenance easier, and your project more sustainable. Furthermore, this makes aeroponics possible at any scale.

      Ultrasonic aeroponic e-nozzle system developed by Freya Cultivation Systems

      NO CLOGGING, GUARANTEED

      Baltic Freya’s patent-pending acoustic aeroponic technology has eliminated clogging thereby removing the main barrier of adoption. Now both hobby and commercial growers can easily increase their yields, reduce water consumption and eliminate a large part of the operational complexity.

      INCREASED YIELDS & PRODUCT QUALITY

      Aeroponics increases total root surface area, and therefore maximizes oxygen availability to the roots, increases water and nutrient uptake. As a result, aeroponic cultivation can boost total salable biomass yields over 50%. Crops grown in aeroponics also develop significantly more phenols, vitamins and anti-oxidants.

      An up-close render of a plant root during the aeroponic irrigation process

      WHITEPAPER

      NEXT-GEN AEROPONICS - DOWNLOAD NOW