From open-field row crops to orchards, vineyards and protected greenhouse growing — find the precision drip and micro-irrigation system engineered for the way you grow.
Explore SolutionsIrriNex builds complete drip and micro-irrigation systems that deliver water and nutrients directly to the root zone — uniformly, efficiently, and on schedule. Choose your crop group below to see the recommended system, components, and design approach.
Precision drip & micro-irrigation engineered for asparagus — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for onions — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for processing tomatoes — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for leafy greens — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for strawberries — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for greenhouse tomatoes — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for wine grapes — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for pistachios — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for citrus — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for blueberries — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for avocado — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for apple — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for almonds — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for tobacco — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for soybeans — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for peanuts — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for hemp — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for cotton — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for corn — uniform watering, water savings, and built-in fertigation.
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Precision drip & micro-irrigation engineered for alfalfa — uniform watering, water savings, and built-in fertigation.
ExploreComplete irrigation systems by application and scenario — from drip and micro-sprinkler to fertigation.
Vegetable growers often struggle with uneven irrigation across rows, high evaporation loss in hot seasons, and labor-intensive manual watering. These issues increase disease risk,
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Orchard projects frequently face pressure variation across long lateral runs, non-uniform wetting around root zones, and emitter clogging caused by sediment-rich water. These chall
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Greenhouse growers often face uneven canopy cooling and humidity control when climate-sensitive crops are planted in different bays. Inconsistent spray distribution can lead to str
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Greenhouse agriculture allows growers to control environmental conditions and produce high-quality crops year-round, but irrigation management remains one of the most challenging a
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Modern irrigation systems face several critical challenges when integrating fertilization: Clogging and System Downtime Poor water quality containing sand, silt, and organic debris
ExploreThe measurable advantages growers gain when they switch to engineered drip and micro-irrigation.
Root-zone delivery cuts evaporation and runoff so every drop reaches the plant.
Consistent moisture and nutrition raise marketable yield and crop uniformity.
Pressure-compensating emitters apply the same flow across long rows and slopes.
Representative outcomes growers achieve with IrriNex precision-irrigation systems. Replace with your own case studies in the admin.
−40% water useMediterranean Basin
Inline drip tape with fertigation replaced furrow irrigation, cutting water use while lifting Brix and pack-out.
+20% marketable yieldSubtropical Highlands
Pressure-compensating drip on sloped rows delivered even watering tree-to-tree and improved fruit size.
Tell us your crop, field size, water source and pressure — we’ll recommend the right system and send a tailored quote.
Request a Design & QuoteInject fertilizer precisely with the water for accurate, efficient nutrient dosing.
Low-pressure, automation-ready zones reduce pumping cost and manual work.
Dry foliage and targeted wetting lower disease pressure and weed growth.
Controlled Environment
Micro-sprinkler and drip zoning held humidity and root-zone moisture stable across every bay year-round.
