Bean Processing Equipment

Bean Grinder Beans Grinder Bean Mill
Grain Processing Equipment

Bean Grinder Beans Grinder Bean Mill

  • Manufacturer: WinTone Machinery
  • Customization: Can be customized
  • Whether it is in stock: please ask customer service for real-time query
  • Production cycle: 3-15 days for different equipment
  • Delivery method: land and sea
  • Price: Please consult customer service for the latest quotation
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Product Information

Win Tone bean grinder can grind your beans into fine bean powder efficiently. Many other bean grinders always need to break beans into small pieces before milling, but Win Tone bean grinder can grind both small beans and large beans into bean flour directly without any other middle steps. Why do we grind beans? Bean flour doesn’t have much oil, so you can keep bean flour on a shelf, rather than in your refrigerator, for up to half a year. Besides, bean flour has better utilization value and taste, and the most important is that it contains necessary nutritions ingrdients for human health. Bean flour nutrition: assuming you need 2,000 calories per day, 3.5 ounces of beans is roughly 20% of your daily calories, 45% of your daily protein, 2% of daily fat, 100% of your fiber if you use navy, red, lentil, split pea, small white bean, or 50% of your daily fiber from adzuki, black blackeyed peas, and mung beans.

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Bean grinder technology and features:
Bean grinder usually refers to a processing plant which consists of different single machines which work together to finish cleaning, peeling and milling sections. Most of the equipments of this plant have gained national new patents which ensure the continuous safe production of the plant.
This plant can produce bean kernels or bean flour respectively, or both of the products simultaneously. 
1. Bean cleaning section: it adopts two screening sections, two destoning sections, one magnetic separation section, and removes the big, small and light impurities, pebbles and magnetic material from the beans to ensure the quality of the end products.
2. Bean color sorting section: it adopts the color sorter to separate the moldy kernels, shriveled beans and foreign species of beans according to the color and luster feature of the beans.
3. Bean peeling section: it adopts peeling, brushing and shunting technology (it can utilize the segregation valve to choose peeling and brushing according to the material character.)
1)Peeling: it can peel the bean bran and separate and collect it by effective aspiration system;
2)Brushing: it can separate the micro bran and dust which adheres to the material surface.
4. Grading section: it adopts different screens and classify the material into different grades according to the size.
5. Bean kernel making and grits milling section: it adopts the technology of three peeling sections, one grits making section, grading and suspension.
1)Peeling section: it can peel the bean bran and separate and collect it by effective aspiration system and produce whole peeled kernels;
2) Bean grits making section: it uses fine bean grits machine and mill beans into bean grits;
3) Bean kernels and bean grits grading section: it adopts different screens and classifies bean kernels or bean grits into different grades according to the size.
4)Suspension: it separates bean bran by utilizing airflow according to different material gravity.
6. Bean flour milling section: it adopts the technology of burdening, several processes of grinding and screening and grading.
1)Burdening: it can mix different material according to different requirements for different products;
2)Grinding: it can grind or mill the beans into fine bean flour by the professional bean grinder;
3)Screening: it separates the bean flour.
Soy flour and grits enhance the nutrition and texture of products. Available in a variety of granulations, soy flour and grits have multiple uses, including extending the freshness and shelf-life of many foods.
7. Measuring and packaging section: storage can reduce the amount of labor used. Measuring can be artificial or electronic. 

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Bean grinder design introduction:
With breaking, cutting, hulling, rubbing of the material, the effect of grinding is achieved. This bean grinder is suitable for large, medium size bean processing plants. This technology can be applied in bean peeling, bean flour milling, wheat flour milling, buckwheat, millet, rice, sorghum and dried sweet potato milling and fine powder milling. 
Raw grain moisture: ≤ 14%

bean grinder beans grinder bean mill.jpg

Bean grinder main production index:
1) Bean kernel products structure and yield rate:
Big kernel yield rate: 85%
Broken kernel yield rate: 5%
Husk rate: 5-10% (depending on different species)
2) Bean kernel and flour products structure and yield rate:
Flour yield rate: 90-95%
Husk rate: 5-10% (depending on different species)
Other index:
A. Sand content: <0.02%
B. Magnetic metal content: <0.003/kg
C. Moisture content: <16%

Bean grinder is suitible to process all the following beans: soybean,broad bean,pea,mung bean,kidney bean,black soya bean,sword bean,pigeon pea,chickpea,lentil,cowpea,small red bean,butter bean,navy bean,phaseolus coccineus
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Parameter for the whole bean processing plant (cleaning, peeling, polishing, milling and packaging):

 

Type
Power (kw)
Power Consumption(kw/h)
Capacity(t/24h)
Workshop Dimension(l*w*h/m)
10t
24
38-40
10
10*4*4 (steel structure)
20t
56
38-40
20
16*5*5 (steel structure)
30t
72
38-40
30
20*5*5 (steel structure)
50t
119
38-40
50
20*5*7 (steel structure)
100t
238
38-40
100
30*5*7 (steel structure)

 

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Cases Overseas:


grain processing project cases

 

 

 

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