Implexx Sense products

The Implexx Crop Water Use Forecast is an estimate of your crop`s water requirements for the next 14 days. Irrigation planning and management can be vastly improved with an indication of how much water a crop requires. Allocation and purchasing of water in advance can be more reliable if there is an indication of how much water a crop may require. Rather than basing decisions on guess work, the Implexx Crop Water Use Forecast provides a guide, or indication, on what may be required by the crop.

The Implexx Sap Flow Sensor is a sap flow sensor designed for growers. It is relatively easy to install and usually only requires maintenance once per season. Therefore, it allows growers to focus on more important tasks. The output from Implexx Sap Flow Sensor is whole tree water use in Liters per Hour which can be easily converted to Liters per Day, per Week, per Month or Season. It is also possible to calculate crop water use per individual, row, block, hectare, acre or farm. With the inclusion of a few additional parameters, it is also possible to calculate transpiration or evapotranspiration (ETo). Connect the Implexx Sap Flow Sensor to our range data logging solutions or we can assist you in connecting the Implexx Sap Flow Sensor to your existing irrigation monitoring system, dataloggers, IoT devices, RTU`s, DAQ`s and more.

The DE-1T Dendrometer is a highly precise incremental LVDT-based sensor for monitoring micro-variations of trunk radius in micron range. The DE-1T is ideal for correlating tree trunk or stem diameter variations against environmental variables, or tree water use of water potential, for a complete and comprehensive analysis of tree physiology. The DE-1T dendrometer is ideal for horticultural tree crops, such as almonds, citrus, pistachio, stone fruits, and more. The DE-1T is also ideal for viticulture and grapevines.

The SD-5T and SD-10T utilise state-of-the-art technology for precision measurements of stem growth dynamics. The dendrometers are suitable for growers monitoring crops as well as advanced scientific research projects. With a measurement resolution of 0.001 mm, the SD-series of dendrometers can measure and monitor micro-variations and growth in small or herbaceous stems. The dendrometers are currently being used by scientists from the US Forest Service, University of Melbourne, University of Queensland, NSW Department of Primary Industries, and more. The dendrometers are also extremely popular with growers with many sensors deployed on crops such as almonds, grapevines, mangoes, macadamias, and more. The SD-type sensor consists of an LVDT probe mounted in special fixing brackets and a DC powered signal conditioner.