Irrometer Soil Moisture Tools for Precise Irrigation Control

Measure soil water status with Irrometer tensiometers and sensors for scheduling irrigation in fields, orchards and research plots.

Choose service kits, ceramic tips, gauge assemblies and readout tools from Irrometer Company to keep instruments accurate and easy to maintain.

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Trusted Instruments for Agriculture, Horticulture & Environmental Research

Irrometer has built soil moisture measurement tools for decades, long before precision agriculture became standard practice. Tensiometers, sensors, and data loggers from this company measure what's actually happening below ground. Growers and researchers choose these instruments because the readings stay accurate season after season.

Basic analog meters work for straightforward monitoring. Telemetry setups send data remotely for operations that need it. Tools from the Irrometer Company function properly in clay, sand, and mixed soils without constant recalibration. Decades of field use prove these instruments outlast equipment from companies that entered the market recently.

Farms across different continents use this technology for row crops, greenhouses, turf management, and research work. Watering based on actual soil measurements beats following a generic schedule.

Industries & Applications:

  • Agriculture & Farming - Tensiometers sit at root depth and show when moisture levels drop. Farmers start irrigation when the data indicates it's necessary, which conserves water and improves plant health.
  • Greenhouse & Horticulture - Expensive plants suffer quickly from moisture errors. Monitoring systems identify dry patches or overwatering before visible damage appears.
  • Golf Courses & Turf - Greens need consistent conditions without wasting water. Managers review sensor data before setting sprinkler schedules.
  • Environmental Research - Soil studies continue for extended periods. Data loggers remain in the field recording information between site visits.
  • Vineyards & Orchards - Grape vines and fruit trees develop deep root systems. Surface observations don't reveal conditions at feeding depth, so sensors get placed lower.