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NEWSFLASH: AIM Command qualifies for Funding Assistance under the Environmental Farm Plan (EFP) in Saskatchewan and Manitoba. To read more, click here. |
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AIM Command |
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Chemical spray technology that works in concert with a rate controller for independent pressure and droplet size control and an 8:1 range of rate and speed. AIM Command is a Case IH factory installed branded version of Capstan’s blended pulse spray technology. |
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SharpShooter |
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The retrofit version of AIM Command for any brand of sprayer. SharpShooter offers the same benefits of improved chemical coverage, drift management, standard and variable rate applications and operator performance. |
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N-Ject LF |
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Liquid fertilizer application technology for toolbars and planters. N-Ject LF offers an even distribution of product to each coulter or knife and a 25:1 rate range making it ideal for variable rate applications of nitrogen. |
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N-Ject |
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Anhydrous ammonia application technology for toolbars. N-Ject also offers an even distribution of product to each knife and a 25:1 rate range making it ideal for variable rate applications of nitrogen. |
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Nozzle Monitor |
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Technology offered to monitor hidden spray nozzles on rear mounted booms. Sprayer must be equipped with AIM Command. |
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New Products Coming Soon: |
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Tattler |
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Non-invasive sensor technology serving a variety of liquid applications. Mounted to standard or PWM controlled sprayer nozzle bodies, Tattler can detect plugged, or even partially plugged, nozzle tips to prevent uneven or lack of coverage. Mounted on product pumps, Tattler can detect decreased liquid pump performance. It alerts the need for preventative maintenance, especially important when the pump protects critical components. Mounted on filters, Tattler can detect the degree of plugging and be used to trigger an automatic rinse. |
Individual Nozzle Control |
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Technology utilized on two levels. First, simple On/Off control of individual spray nozzles. Secondly, flow control at individual nozzles along the boom. The latter is ideal for spray compensation along the boom while turning and for map-driven variable rate applications of liquid products. |