DropVision® System provides efficient and immediate data analysis of a droplet spectrum to ensure compliance with insecticide labels.
The benefits of the system will provide considerable cost savings and the opportunity to more efficiently utilize resources. Users have the ability to analyze handheld sprayers or truck-mounted sprayers – but the system goes beyond anything offered by any other provider. DropVision® is able to analyze slides from aircraft characterization and slide positioned at far field drift distances downwind of the release point of a spray cloud.
Generally speaking, the DropVision® systems are designed to measure a range of droplets from 4 microns, commonly found in mosquito adulticides, to the largest droplet sizes associated with agricultural applications, 52-1000+ microns. The chart below provides an association of droplet size spectrums and the appropriate DropVision® product.
Droplet CharacterDroplet Sizes* (Microns)DropVision® Solutions
|DropVision® Basic and DropVision® Fluorescence|
|Source: ANSI/ASAE S572.1 Mar2009 Spray Nozzle Classification by Droplet Size|
This system is designed to and is capable of reading droplets from 52 microns and up to the largest of those that can be collected in the 1000+ micron size. Typical applications are agriculture, mosquito larviciding, and forestry, where droplet deposition is the objective.
DropVision® Basic & DropVision® FL
Designed for extremely fine droplets, DropVision® Basic& DropVision® FL read droplets in the 4 200 micron size.
DropVision® Basic provides immediate data analysis of a droplet spectrum to ensure compliance with insecticide labels. The benefits of the system will provide considerable cost savings and the opportunity to more efficiently utilize resources. Learn more here.
DropVision® FL (Fluorescence) is designed for the user who samples airborne droplets with Impingers in geographic regions that have background particles that can be mistaken for insecticide sampled droplets. DropVision® FL incorporates proprietary software that eliminates all background particles, only recognizing those droplets that contain a unique fluorescence tracer. Learn more here.