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Orbia Netafim Introduces Hybrid Dripline System for Precision Irrigation Efficiency

Orbia Netafim launches the Hybrid Dripline system, integrating the benefits of both integral and on-line dripper systems.
Image provided by Orbia.

Key Takeaways

  • Orbia Netafim launches the Hybrid Dripline system, integrating the benefits of both integral and on-line dripper systems.
  • The new technology reduces labor-intensive tasks, improves efficiency, and enhances water distribution consistency.
  • Initially introduced in the UniRamâ„¢ dripline range, Hybrid Dripline technology will expand across Netafim’s Heavy Wall Driplines portfolio.
  • The system benefits vineyards, orchards, and greenhouses by preventing drop migration and adapting to different growth stages.
  • Hybrid Dripline technology also supports mining applications, enhancing irrigation in heap leach operations.

Orbia Netafim’s Hybrid Dripline: A New Era in Precision Irrigation

Orbia Advance Corporation’s Precision Agriculture business, Netafim (Profile), has introduced its Hybrid Dripline system, the world’s first and only integral dripline with a built-in outlet. This patented system combines the efficiency of integral and on-line dripper technology into a clog-resistant, leak-free, and labor-saving solution for growers worldwide.

The Hybrid Dripline system was designed to simplify irrigation operations by eliminating the need for manual hole-punching and additional components, such as migration rings. With a fixed dropping point, the technology enhances irrigation efficiency across greenhouses, orchards, and vineyards.

“The Hybrid Dripline comes after years of development and represents an exciting leap forward in precision irrigation technology,” said Abed Masarwa, VP Products at Orbia Precision Agriculture (Netafim). “By integrating two distinct systems into one seamless solution, we are redefining efficiency, reliability, and performance for growers, helping them achieve optimal yields even with challenging water quality.”

Initially launched within the UniRam™ dripline range, the Hybrid Dripline will soon be incorporated across Netafim’s Heavy Wall Driplines portfolio to meet the needs of a broader grower base.


Orbia Enhancing Efficiency for Growers in Vineyards, Orchards, and Greenhouses

The Hybrid Dripline system provides targeted solutions tailored to different agricultural environments:

Vineyards

  • Prevents water drop migration, eliminating the need for manual placement of migration rings.
  • Ensures a consistent, fixed dropping point, even on sloped terrain.
  • Reduces labor requirements associated with traditional tubing and button dripper installations.

“Managing precision irrigation across vineyards has become increasingly difficult due to current labor challenges,” said Tavo Acosta, a vineyard grower from Los Alamos, CA. “Orbia Netafim’s Hybrid Dripline delivers the same drip pattern required on sloped ground while significantly reducing labor costs. The ease of deployment and installation saves us countless hours in the field.”

Orchards

  • The built-in outlet can be adjusted (plugged or unplugged) to match tree growth stages.
  • Supports precision irrigation throughout the tree’s life cycle, optimizing water use and efficiency.

Greenhouses & Protected Crops

  • Seamless integration with irrigation emitters such as NetBowâ„¢ and drop-leading stakes for substrates.
  • Streamlines irrigation management by reducing manual labor and simplifying system installation.

With clog-resistant drippers, the Hybrid Dripline system provides reliable performance even when using low-quality water sources, ensuring consistent distribution across all growing conditions.


Netafim: Expanding Hybrid Dripline Applications Beyond Agriculture

In addition to its agricultural benefits, Netafim’s Hybrid Dripline technology is designed to enhance irrigation processes in mining operations, particularly in heap leach systems.

Mining Sector Benefits

  • Optimized irrigation for mineral extraction, improving efficiency and system longevity.
  • Reduces labor costs and installation errors, ensuring precise water distribution across pads and slopes.
  • Prevents drop migration along driplines, improving mineral recovery rates.

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