Soybean Seed Thresher Machine in Namibia
- Use: Soybean Oil
- Type:Soybean Oil Processing Equipment
- Production Capacity: 3~70kg/h
- Power: Depends on the model
- Dimension(L*W*H): 900*850*550mm
- Weight: 1000kg Sunflower Oil Press Machine
- Core Components: Pump, PLC, Gearbox
- Market: Namibia
Design, Manufacture and Performance Evaluation of a Soybean
Soybeans threshing is traditionally done by hand beating with a wooden stick on a hard surface which is a drudgeries operation which leads to time-consuming, grain damage and grain loss due to shattering for small-scale farmers. Therefore, a soybeans manual thresher (Pedal operated) machine attached to a blower was designed, manufactured and its performance evaluated to help eradicate this
The grain damage and grain loss were less than 1 and 1.5% respectively at drum speeds of 600 to 700 rpm and 540 to 720 kg (plant)/h feed rates and at 14.34 to 22.77% (w.b.) seed moisture contents. The maximum power requirement was 2.29 kW at grain moisture content of 32.88% (w.b.) at a drum speed of 700 rpm. The best combination of feed rate
Soybean Innovation Lab is Mechanizing Agriculture Across
SIL’s multi-crop thresher is 80 percent faster, requires only 2 operators, and reduces postharvest losses by 35 percent. It is designed to be quickly and easily switched between crops by changing out a perforated metal sieve concave. The hole sizes of the sieve depend on local crops and their average seed sizes, but in most locales only two
The purpose of this investigation was to evaluate the effects of different threshing methods i.e., hand threshing, beating by stick threshing and mechanical threshing on some soybean cultivars i.e., Giza 21 (G-21), Giza 35 (G-35) and Giza 111 (G-111) yield, seed quality and its longevity during storage. A field experiment was carried out at the
Harvesting and threshing methods their impact on seed quality
Threshing, separating and cleaning losses for well-trained combine operators can be very low, rice 0.3%, maize 0.4%, soybeans 0.75, 1%, and wheat 1% of yield or less. Losses will go higher when the header is included but in general, rice should be less than 1.25, 2.2%, maize less than 1.8%, soybeans less than 3%, and wheat less than 2% of
The Thresher Pilot Project: testing, evaluating and scaling-up mechanized threshing. To help mitigate these negative effects, the 2023-2028 Zambian Soybean Strategy has developed a mechanization component. The Thresher Pilot Project is to proof the concept. The team has worked with selected women-owned cooperatives in Lusaka and Central Provinces.
Design, Manufacture and Performance Evaluation of a Soybean
The combination of dried and wet sample mixture at a feed rate of 25kg yielded maximum threshing capacity of 96 kg/hr, 98.6% maximum threshing efficiency and minimum percent grain damage of 3.5%
Threshing is a major post-harvest operation which is carried out after all crops have been gathered from the field. Threshing consists of separating the beans from the pods (portion of the plant fruit that encases the soybean seeds).Threshing as a post-harvest operation is as old as man. It can be done by hand using simple tools or motor-driven
Construction and evaluation of soybeans thresher
associated with manual soybean threshing. Soybean thresher was fabricated and evaluated at the Institute of Agricultural Research and Training (IAR&T), Apata, Ibadan. The machine component parts includes: hopper, threshing unit, shaker, cleaning unit and the seed outlet; all working together to
hand-operated seed thresher for heavy-seed crops whereas [11] designed a soybean thresher to enhance germination rate. Though the design and manufacture of threshers has been evolved in Africa such as tractor operated, engine operated, manual operated etc. but this has not trickled down well in rural areas of Ghana.
