Crop protection in the greenhouse
Robur

Smart crop protection
for more control.

Effective crop protection requires precision, continuity and reliability. Robur develops systems that help control diseases, fungi and pests in the greenhouse.

Challenge

The pressure on
crop protection
increases.

Restrictions on crop protection products, stricter regulations, and higher quality requirements make crop protection more complex. That is why smart automation is essential.

Our solutions

Our systems combine technology, data, and expertise.

Not loose components, but an integrated whole. Modular to build, and always tailored to your crop and greenhouse.

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UVC solutions

Robur uses UVC technology as a sustainable method to reduce pressure from fungi and bacteria. Preventive treatment supports crop resilience and reduces the need for chemical agents.

  • Effective control of fungi and bacteria
  • Preventive approach for a healthier crop
  • Reduces the use of crop protection products
  • Sustainable and residue-free technology
  • Easy to integrate into existing cultivation processes

IPM applications

Robur supports sustainable crop protection with smart automation for IPM strategies. Our systems help growers efficiently execute biological control and targeted treatments, with less reliance on chemical agents.

  • Supports biological and integrated cultivation strategies
  • Precise execution of treatments
  • Reduced use of chemical agents
  • Suitable for various greenhouse crops
  • Easy to integrate into existing cultivation systems

Monitoring and automation

With smart sensors and clear dashboards, Robur provides growers with real-time insight into their cultivation process. By automatically collecting and processing data, anomalies can be detected faster and decisions can be made more efficiently.

  • Real-time insight into cultivation and system data
  • Smart sensors for accurate monitoring
  • Central dashboards with clear reporting
  • Respond faster to deviations and developments
  • Supports data-driven cultivation decisions

Integration with existing systems

Robur's solutions are designed to integrate seamlessly with existing systems and processes in the greenhouse. Thanks to the open and modular design, functionalities can easily be expanded as the company's needs grow.

  • Easy to connect to existing systems
  • Open platform for maximum flexibility
  • Modular structure, ready for future expansion
  • Integrates smoothly into existing work processes
  • Suitable for both new and existing greenhouses
Results

What it delivers
in your greenhouse.

Results measured with growers in chrysanthemum, rose, and greenhouse vegetable cultivation. Practical outcomes, after at least one cultivation cycle.

01

Reduced chemical use

By intervening spot-specifically and deploying UVC, the use of crop protection products is significantly reduced.

02

More control over the crop

Earlier signals, smaller adjustments, fewer unexpected interventions.

03

Quality

A more stable class-1 harvest thanks to uniform crop development and less influence from changing conditions.

04

Labour

By automating recurring tasks, more time remains for cultivation activities that add direct value.

Deep dive

How does UVC work in greenhouse horticulture?

UVC technology helps control fungi and diseases without intensive use of crop protection products. Automated application results in a consistent and efficient treatment of the crop. Every night, every row, the same quality.

Live · Department 4

UVC drive unit · Robur U-200

Active — 02:14h
U‑200
01

Detection & planning

Sensors and scouting data determine where and how often a treatment is needed. The scheduling module automatically selects the right time window.

02

Automated application

The UVC unit runs on the existing rail system and doses continuously, independent of driving speed or crop height.

03

Verification & logging

Every treatment is logged at row level. You know exactly which meters were treated when. Convenient for yourself and for certification.

04

Bijsturen

Results from scouting feed back into the system. The next cycle adjusts itself. More where needed, less where possible.