WS Grain Cleaners
WS Grain Cleaners
Separates By Density Using Unique Air Flows
The WS Sosnowski [sos NOW ski] grain cleaning machines use unique air flows created by centrifugal force to separate good grain from almost any crop material. Seed cleaning using air flow is gentle. The air flow adjustment determines the cleaning action and its proper control is key to obtaining good results. A central diffusing element and a unique pattern of seed spreaders is also key. With the excellent design of the Sosnowski grain cleaner, grain cleaning quality is improved to almost twice that of most other similar machines on the market.
Regulating the air flow controls the separating action. Air is drawn up through the center tube in a unique pattern and exits out the exhaust. Anything less dense (weight and surface area) than the good grain will exit the machine through the exhaust. Even material that is heavier than the good seed may be taken out if its surface area is large enough. For example, wheat heads can be taken out even though they are heavier than the good seed because its surface area is much larger.
Cleans Various Grains
The WS machines will clean many types of common grains such as barley, beans, corn, durum, hemp, lentils, maize, oats, peas, poppy, rape, rye, soybeans, spelt, sunflower, wheat and many more. After cleaning, the grain will be ready for storage, for planting or for grain burning furnaces. These cleaners have also been used for separating leaves from frozen fruit; sawdust from wood chips and small bits of wood and plastic from sand or bark.
Solution For Disease In Grain
Quality standards vary for cleaning grain depending on its end use. Harmful fungus and toxins such as vomitoxin, aflatoxin, fusarium, and ergot is harbored mostly in the chaff, the light seeds, and the cracked kernels. These diseases can easily double in a month when stored in slightly damp conditions. Removing this part from the good grain will lower the infection rate. The air flow through the grain will help dry down a high moisture crop. Cleaning tests with popcorn and spelt were conducted and the results tested by a certified lab. The popcorn was infested with a vomitoxin level of 11.2 which is unusually high. The spelt tested at 1.5 vomitoxin. After one pass through a WS grain cleaner, the popcorn tested at 1.8 and the spelt tested at 0.7.
Small Investment, Short Payback
It is easy to increase the value of your crop such as one farmer did in Saskatchewan. In 2016, he had 6,000 bushels of wheat that was contaminated with a high level of Fusarium fungus. It was rated as a grade 3 grain which was unfit for food or feed. The most that he was offered was $2.50/bu. Since the fungus consumes the inner part of the kernel, the thins, the lights, the cracks, and the fines are the most susceptible to this infection. After cleaning the grain with a WS machine, this part of the grain was removed which contained most of the fungus. The grain was then upgraded to a grade 1 and the offer on the wheat was $6.60/bu. This price difference was $4.10 per bushel which amounted to an increased value of over $24,000 for the crop. His Breakeven Point on the cost of the machine was reached in just a few hours of use. His Return On Investment (ROI) was great. His purchase added more profit to his bottom line for the year.
Choosing A Size To Match Your Need
Model numbers for the WS are the capacity in bushels per hour.
The commercial size WS Grain Cleaners are designed for cleaning large volumes of grain for both farmers and grain mills. They come in capacities of 2600, 4400, and 9300 bushel per hour capacities. They are 220 volt, single phase.
Sizing a machine for your budget is easy with various model choices. Results are the same with each model. The machines can be run at full capacity to remove dockage. When cleaning for seed or food, use a rate less than 50% of capacity. When choosing a size, consider:
- how much grain you have to clean
- how much time you have to clean it, and
- the goals of cleaning like seed, food, feed or commodity grade.
Usually the 110, 330, 730 and 1500 models are in stock ready to ship.
Grading Seed Adds Value
Field trials have confirmed that using only the healthy, plump seeds for planting will increase yields up to 30% or more. An added benefit is that the crop may mature more uniformly and up to a week earlier. Grading out the heaviest, healthiest seed can be accomplished by performing a hard separation. Increasing the air flow will cause the lighter seeds, which are often the malnourished or diseased seeds to be separated from the healthiest, plumpest seeds having the highest test weight. Premium prices can be obtained for high value grain. The other separations can be used for feed or sold as a lower grade grain.
Consistent, Efficient, User Friendly
Because these machines have no screens to clean, it’s hard to beat their consistency and efficiency. The settings for different crops can be changed in a few seconds. Grain cleaning machines using screens are often slow and complex to operate which was best accomplished by a professional custom grain cleaning operator. Choosing the correct screens using those machines is a continuous process because the kernel size of grain may vary from year to year or even from different areas of the same field in the same year. This variation is caused by differences in weather, soil fertility, and plant health. Screens must be cleaned regularly to maintain consistency and becomes an ongoing, arduous task. Cleaning your own grain for seed like a pro is now possible for the average Joe. Best of all, these WS machines are very user friendly and crazy simple to operate!
Compact, Durable & Maintenance Free Design
The WS machines can be set up almost anywhere. This can reduce seed, herbicide, and transportation costs saving you time, money, and frustration. Their footprint is small. They can be integrated permanently into grain handling systems. Mounting them on small trailers or on a frame with castors will keep the unit mobile.
The fan is mounted directly on the motor and is the only moving part on the machine. There are no lubrication points and no spare parts are needed.
One company used a WS cleaning machine in 2013 to separate plastics. It was used 24/7 for two years non-stop including holidays and weekends. The third year it ran 12 hours a day, five days a week. It has operated with no down time during that time period.
Some operators who already own a good screen machine will purchase a WS grain cleaning machine and set it up to pre-clean grain before it runs through a screen machine for the sole purpose of speeding up the cleaning process. Much time is saved when screens don’t need to be cleaned as often.
If settings on the harvester leave a lot of large trash in the crop material like thistle seed heads, long straw stems, large insects, etc the crop needs to be run through the grain cleaner at a slower rate. The momentum of a strong grain flow will tend to drag foreign material along down with it. Slowing down the grain flow will give the machine the best chance of separating out these bulkier items. The speed of cleaning will also depend on other factors such as the amount of foreign material in the grain, moisture content, & quality requirements.
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The straight exhaust is used to blow the tailings out through a wall or on the ground rather than collecting them in some sort of vessel. It can be installed on the Sosnowski grain cleaner instead of the standard exhaust assembly. The grain cleaning process becomes more efficient by avoiding down time to change the collection vessels. This is convenient for those who have large quantities of grain to clean.
Using just an aerodynamic grain cleaner such as the WS for removing disease or dockage from grain may be sufficient. The minimum standards for cleaning grain for food or for planting through an air seeder may be much higher.
A grain cleaner using screens separates by size and will usually have two screens. The top one will scalp off the large trash and the bottom one will sift out the fines. A major problem with these type of grain cleaners is that the process is not only slow and tedious but the bottom screens need to be cleaned frequently or the cleaning action will soon be lost.
Because the WS grain cleaners use only air to clean grain, the foreign material that is more dense (weight & surface area) than the good seed will not be separated from the grain. A WS Scalper is needed to finish the job of removing the largest and heaviest trash.
The most efficient setup of the WS grain cleaner and scalper is to run grain through the grain cleaner first and then through the scalper. With a WS grain cleaner mounted directly on top of the scalper, grain drops out the bottom of the grain cleaner and onto the screen where the remainder of the largest trash particles will be scalped from the grain. This will optimize and streamline the action of the equipment. This setup is much more efficient than using just a screen machine.
The angle of the scalper box is adjustable to help regulate the flow of grain across the screen. Our best test has resulted in at least 250 bu/hr for the scalper. It is possible that the capacity is even higher. The height of the discharge is sufficient enough (varies with the angle of the shaker box, about 16” to 24”) so an auger may be used to collect the clean grain.
Since the density of split seeds of soybeans, lentils, and peas are almost identical to the whole seeds, the WS grain cleaner will not remove all of them. A second screen can be added to the scalper box to sift out these splits.
The scalper is powered by a farm duty 110/220 volt, 1/2 hp motor and comes with one screen suitable to scalp wheat and rye. Additional screens are readily available and can be matched with your crop. See the setup page on this website for more details on the shaker box.
Award Winning Performance
The inventor of the WS Grain Cleaner, which also manufactures these machines has won numerous awards including a gold medal at the 50th World Exhibition of Innovation, Research and New Technology Eureka in 2002 and a silver medal at the 51st World Exhibition of Innovation, Research and New Technology Eureka in 2003 in Brussels Belgium, a bronze medal in Jena - Nurmberg Germany in November 2006, in Geneva Switzerland in April 2007 and a distinction in Canada's Farm Progress Show in 2015. This machine carries a total of 18 patents.