This rice processing equipment can be used to process both long-grain rice and short-grain rice(round rice), suitable to produce both white rice and parboiled rice, with high output rate, low broken rate;
Quick answer: The VOSON VMTCP-200 is presented as a 200 ton-per-day automatic rice mill production line based on 24-hour operation, with a published power range of 350-800 kW. The line can cover paddy cleaning, destoning, husking, paddy separation, whitening, polishing, grading, color sorting, conveying and packing. These are planning values; the approved quotation must define the capacity basis and provide the final machine and motor schedule.
| Planning item | Published VMTCP-200 value | What the buyer should confirm |
|---|---|---|
| Nominal capacity | 200 tons per day over 24 hours | Whether capacity means paddy input, finished-rice output or another contractual basis. |
| Arithmetic hourly average | About 8.33 tons per hour if 200 tons are distributed evenly across 24 hours | Design margin for cleaning, changeover, maintenance and actual operating utilization. |
| Published power range | 350-800 kW | Final connected load, normal running load, transformer, voltage, frequency and backup power. |
| Process boundary | Raw-paddy feeding through finished-rice packing | Included machines, elevators, bins, platforms, aspiration, dust collection and controls. |
| Structure | Steel-frame or building-supported arrangement | Local building dimensions, floor loads, maintenance access and foundation responsibility. |
| Operation | High automation with one or two line operators stated | Total plant staffing for intake, quality control, packing, maintenance, warehouse and supervision. |
Engineering note: Dividing 200 tons by 24 hours gives an arithmetic average, not a guaranteed machine throughput. The selected equipment should allow for the agreed operating schedule, paddy condition and downtime. The contract should state the test basis rather than relying only on the words “200 ton.”
The published process sequence is raw-material feeding, cleaning and destoning, husking, paddy separation, rice milling, polishing, grading, color sorting and packing. Every stage should have enough capacity to avoid becoming the bottleneck of the complete line.
| Process stage | Example VOSON equipment | Performance evidence to request |
|---|---|---|
| Cleaning and stone removal | vibrating cleaning screen and paddy destoner | Rated intake, impurity range, screen configuration and stone-removal result. |
| Husking | pneumatic rubber roller huller | Hulling rate, broken-rice control, rubber-roll life and feed regulation. |
| Paddy separation | double paddy separator | Return-flow balance and paddy remaining in the brown-rice stream. |
| Whitening and polishing | vertical rice mill and double roller rice polisher | Number of passes, whiteness, bran removal, rice temperature and moisture assumptions. |
| Grading and sorting | white rice grader and rice color sorter | Head-rice grades, defect definition, reject rate and compressed-air requirement. |
| Weighing and packing | automatic packing machine | Bag-size range, weighing accuracy, packing speed, sewing and palletizing boundary. |
A reliable proposal begins with the raw material. State paddy variety, moisture range, impurities, expected season and storage condition. The same nominal line can perform differently when long-grain, short-grain, freshly harvested or high-moisture paddy is used.
The finished product specification should state whiteness, polishing level, broken-rice limit, grading fractions, color-sort defects and packing sizes. Optional length and thickness graders should be selected because the market needs them, not simply added to increase the equipment list.
Clarify whether the plant will run continuously for 24 hours or in shorter shifts. A shorter operating day requires a higher hourly rate to achieve the same daily total. The motor and model schedule should be calculated from that actual operating plan.
The 350-800 kW published range is broad because process configurations differ. Ask for a motor list covering process machines, elevators, conveyors, fans, compressors, color sorters, packing machines and auxiliary systems. The electrical design should distinguish connected load from expected simultaneous running load.
Confirm site voltage and frequency before ordering. Also define transformer capacity, distribution panels, cable boundary, power-factor correction, generator backup and the responsibility for local wiring. Color sorting and pneumatic equipment require stable compressed air, while cleaners, elevators and whiteners require properly designed aspiration and dust collection.
The VMTCP-200 can be arranged with a steel support structure or integrated into a building. Selection depends on local construction cost, weather, seismic and wind requirements, fire rules, available land and the customer’s maintenance preference.
Before civil work begins, request a dimensioned layout, equipment elevations, floor and foundation loads, pits, openings and maintenance clearances. Leave access for replacing rubber rollers, screens, motors, bearings and major machine components. The quotation should identify which platforms, stairs, handrails, ducts and bins are supplied with the machinery.
Automatic feeding, pneumatic huskers, process controls and automatic packing can reduce direct operating labor. However, the statement that one or two workers operate the line should not be treated as the total factory workforce. Intake, laboratory checks, bag handling, warehouse, maintenance, utilities, cleaning and supervision may require additional staff.
Ask the supplier to show the control philosophy, alarm handling, manual bypasses, interlocks and startup sequence. Training should cover adjustment, cleaning, safety, preventive maintenance and troubleshooting, not only normal operation.
| Document | Minimum content | Why it matters |
|---|---|---|
| Process flow | Every stage, bypass and return stream | Confirms that the process matches the required rice quality. |
| Equipment schedule | Model, quantity, rated capacity and motor power | Allows technical comparison between supplier proposals. |
| Preliminary layout | Dimensions, levels, access, pits and load points | Supports building and installation planning. |
| Utility list | Power, air, water, ventilation and dust collection | Prevents missing infrastructure after the machinery arrives. |
| Responsibility matrix | Freight, unloading, erection, wiring, training and trial material | Separates supplier scope from buyer and local-contractor work. |
| Acceptance protocol | Paddy basis, test duration, throughput, recovery, quality and downtime | Turns a capacity claim into measurable contractual evidence. |
Review the smaller 100 ton rice mill production line or the larger 300 ton rice mill production line using the same capacity and acceptance definitions. Browse the complete rice mill plant range and individual rice mill machines before finalizing the process.
Use the rice mill project cost checklist for building, utilities, freight and startup budgeting. The Rice Mill Project Planning Hub organizes the wider workflow. To request a configuration, send paddy data, finished-rice targets, operating hours, packing, voltage, site country and building limits through Contact.
The published basis is 200 tons per day over 24 hours. The quotation should state whether this refers to paddy input or finished-rice output.
The published planning range is 350-800 kW. Final electrical infrastructure must use the approved motor and simultaneous-load schedule.
The stated scope includes cleaning, destoning, husking, separation, whitening, polishing, grading, color sorting, conveying and packing equipment.
Yes. A steel-frame or building-supported arrangement can be designed, subject to local site, construction and safety requirements.
One or two operators may supervise an automated process line, but the complete factory can need additional intake, quality, packing, warehouse, maintenance and management staff.
Record paddy condition, input rate, finished output, milling recovery, broken rice, quality grades, power demand, test duration and downtime.
Henan Voson Grain Engineering Machinery Co., Ltd. was established in 2014, and has been devoted to the research and development of rice mill machine...
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