Standardized where possible. Tailored where it matters.

Light intensity, spectrum, optics, uniformity, layout and control can be configured around the requirements of each facility, turning proven Airlux products into tailored lighting solutions. Within the Airlux Platform, together with Control and Climate, Lighting becomes part of one controlled environment focused on efficiency, stability and measurable performance.

Technology area
Airlux Lighting
Products
Xtreme · Stealth · VertiLED
Configurable
Intensity · Spectrum · Optics · Uniformity
Operates through
Airlux Platform, with Airlux Control

01Proven portfolio

Lighting engineered around the environment

Our established product portfolio provides the proven foundation for each project. We start by understanding the application and required lighting performance, then select and configure proven Airlux technology around the specific requirements of the environment.

Light output, spectrum, optics, uniformity, dimensions, cooling and control can be adapted where required. This combines project-specific engineering with the reliability and efficiency of an established technology base.

Configurable parameters

  1. Intensity
  2. Spectrum
  3. Optics
  4. Uniformity
  5. Efficiency
  6. Fixture configuration
  7. Dimensions
  8. Positioning
  9. Cooling
  10. Control

02 · Control · Climate · Lighting

Lighting as part of one environment

Lighting never operates independently. Light intensity and spectrum influence crop performance, while lighting also adds heat to the environment and directly affects climate requirements.

That is why we approach Lighting together with Control and Climate. Climate technology maintains the required environmental conditions, while Airlux Control provides the control and insight needed to manage and monitor the installed technology.

By considering these technologies together during solution design, Lighting becomes part of one controlled environment rather than a standalone installation. Lighting can also be selected without Climate, operating through the Airlux Platform with the required Control functionality.

03Configuration

One technology base. Configured for the application.

Different facilities require different lighting conditions. We configure Airlux Lighting around the crop, room dimensions, growing system, required intensity and climate load of the facility.

Depending on the application, this can include adjustments to spectrum, optics, fixture dimensions, positioning, cooling and control. VertiLED, for example, offers extensive flexibility in spectrum, crop distance and dimensions, while greenhouse solutions can use custom lenses for uniform light distribution.

Inputs to the configuration

  1. Crop
  2. Room dimensions
  3. Growing system
  4. Required intensity
  5. Climate load

04Principles

Efficiency, optics and spectrum

High efficiency

More useful light from every watt.

Efficiency and light output are fundamental requirements throughout the Airlux Lighting portfolio. Our focus is not simply on maximum output, but on delivering the required light efficiently and effectively across the growing area.

Uniform light distribution

The right light, in the right place.

Dedicated optics and application-specific configurations distribute light where it is needed and reduce unwanted variation across the growing area.

Flexible spectrum

Light tailored to the application.

Configurable spectra and spectrum additions where applicable allow the lighting solution to be matched more closely to required growing conditions.

Climate interaction

Climate-aware lighting

Light and climate engineered together.

Every watt of lighting influences the environmental load. By considering Lighting and Climate together during solution design, light levels, cooling, humidity control and airflow can be aligned with the actual requirements of the facility.

Airlux Climate

Airlux Control

Connected control

Managed alongside the climate environment.

Airlux Lighting operates through the Airlux Platform, with Airlux Control managing and monitoring lighting alongside the climate environment. This provides greater insight into system performance and supports control, commissioning, diagnostics and continued optimization during operation.

Airlux Control

Patented innovation
Knowledge becomes technology. Technology becomes performance.

Our R&D transforms research into patented technologies that improve performance, efficiency and reliability. Every innovation is engineered, tested and validated in real-world conditions, ensuring proven technology that continuously evolves through practical experience.

Spectrum control

PhytoVegSpec®

Spectral quality and intensity can be set for each growth phase, with a blue to red ratio from 1:1 to 1:6, programmable schedules, gradual sunrise and sunset, and far-red after the day ends.

  • Spectrum and intensity per growth phase
  • Blue to red from 1:1 to 1:6
  • Programmable schedules

Crop protection

Integrated ioniser

An ioniser with cold plasma technology is built into the fixture and releases ions close to the crop, where they reduce airborne pathogens. It can be set per room or switched off, and ozone stays below the detection limit.

  • Fewer airborne pathogens
  • Released close to the crop
  • No detectable ozone

Optics

Deep Penetration Lens

A high-transmittance lens with a wide 90° by 120° beam directs light deep into the canopy, so lower leaves also contribute to photosynthesis and light is spread evenly over the growing surface.

  • Deeper canopy penetration
  • Even light distribution
  • Wide 90° × 120° beam

Work light

Multi Color Light Pipe

Auxiliary RGB lighting in the fixture serves as a red, blue or green work or night light. A radar sensor switches it on when someone enters the room, without disturbing the day cycle.

  • Work light in red, blue or green
  • Switches on when someone enters
  • Does not disturb the day cycle

Optics for vertical farming

VertiLED lens design

A segmented PMMA lens with asymmetric secondary optics, mounted at an angle, spreads light evenly across the full width of the grow bed. The lens does not block UV-A and does not yellow over time.

  • Even light edge to edge
  • Does not block UV-A
  • Does not yellow

Spectrum add-ons

UV add-on optics

NIR and UV-A or UV-B add-ons extend the spectrum for specific crops and research. Dedicated optics and a compact reflector direct the added light where it is needed, and a radar sensor switches UV-B off when someone enters.

  • Extend the spectrum with NIR, UV-A or UV-B
  • Dedicated optics per add-on
  • UV-B switches off when someone enters
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