Cross slot technology




cross slot technology

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Today, four generations later, Yetter continues the tradition of solving agricultural problems to meet the needs of producers all over the world.
M4.3 depth control precision Each opener has two depth/press wheels immediately following the coulter with adjustable support brackets to determine seed depth.
Seed and fertilizer are metered and delivered to each opener by typical air seeder technology.Cross Slot is capable of handling large residue loads it is not uncommon to handle residues from.85 tons (178 bushels) per acre.67 tons (208 bushels) per acre wheat residues.Cross Slot excels in sod, sod renovation, CRP Takeout, heavy residue and Cover Crops.Hydraulics Depth control by Cross Slot is managed through the ADF system and the hydraulics on each individual opener.



Cross Slot can cope with up to 500 lbs per acre of fertilizer without any seed burn.
Having combined the unique seeding capability of the Cross Slot opener with many other mechanical and electrical features makes the Cross Slot No-Tillage Seeding machine the ultimate, state of the art, unique and truly notill, onepass low disturbance seeding machine.
Finding solutions to the problems farmers face is what inspired Harry and Etta Yetter to open a small machine shop in west central Illinois in the 1930s.
The openers can move up and down around 18 inches without losing depth control.Using the side blade opposite the seeding blade for casino gosier salsa fertilizer placement results in a continuous band of fertilizer (dry, liquid, gas, or combination) some 1-2 inches from the seed either at the same depth or 1-2 inches below."V-shaped" openers can also result in lost moisture.Vertical and "V-shaped" slots can result in seed burn reducing plant emergence, thereby costing the farmer lost yield.Create a clipboard, you just clipped your first slide!Name* Description Visibility Others can see my Clipboard.The system lowers production costs for farmers, increases yields and improves environmental outcomes and lower fuel costs and emissions and makes more efficient use of scarce water resources.Inferior seeding systems do not achieve such high emergence rates for a number of reasons.


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