ams OSRAM UV-C in Horticulture

ams OSRAM UV-C in Horticulture supports sustainable crop protection and plant health via advanced UV-C LED technology. The solutions help growers address pests, diseases, and pathogens without chemical or mercury-based treatments, aligning with modern agricultural requirements for cleaner, safer, and more efficient production.

UV-C LED technology from ams OSRAM can support preventive plant care by helping control pests and diseases, improve yields, and enhance plant resilience. The ams OSRAM UV-C in Horticulture also gives growers a compact, instant-on, and mercury-free alternative to conventional UV treatment technologies, with emission wavelengths tailored for effective germicidal treatment.

These solutions are ideal for greenhouses, vertical farms, post-harvest treatment, controlled-environment agriculture, and crop protection programs focused on reducing chemical inputs. Additionally, UV-C horticulture can help manage mold, mildew, and microbial load while supporting sustainable production for fruits, vegetables, ornamental plants, and other high-value crops.

Features

  • UV-C LED technology for chemical-free pest and disease control in horticulture
  • Mercury-free UV-C treatment approach for more sustainable crop protection systems
  • Preventive plant-care support that can improve plant resistance to pathogens
  • Compact LED form factors for flexible system integration in growing environments
  • Instant-on functionality with dimming and switching options for controlled UV-C exposure
  • Tailored emission wavelengths for application-specific germicidal performance
  • Durable solid-state lighting approach with enhanced robustness compared with traditional lamp-based solutions
  • Portfolio support for intelligent horticulture lighting, sensing, and plant treatment applications

Applications

  • Greenhouses
  • Post-harvest treatment for reducing microbial load and preserving crop quality
  • UV-C crop protection against pests, disease, mold, mildew, and pathogens
  • Vertical farms
  • Controlled-environment agriculture
  • Fruits, vegetables, and ornamental plants
  • Integrated pest management programs
  • Sustainable horticulture and plant-health systems
Veröffentlichungsdatum: 2026-06-22 | Aktualisiert: 2026-06-26