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Fresh noodle projects are frequently specified with one sentence: “We need an automatic 1,000 kg/h line.” That leaves the most important questions unanswered. Is the product raw or cooked? What moisture and texture are required? Which noodle styles and pack formats will run? How will the plant manage short shelf-life, sanitation, cooling, and cold-chain conditions? Does the quoted output refer to product before or after cooking?
Shangbaotai publishes a cooked fresh noodle system with a maximum output of 1,000 kg/h, one to two people for the line, 29–31% product moisture, roller widths from 300 to 1,000 mm, and vacuum or horizontal mixing options. These values can anchor a project brief, but each must be confirmed against the target product and supply boundary.
Fresh noodle production equipment for cooked noodle products.
“Fresh noodle” covers products with different processes and risks. A raw fresh noodle line may mix, rest, sheet, slit, portion, dust, and pack. A cooked fresh noodle line adds steaming or boiling, cooling, possible surface treatment, portioning, and packaging. Chilled, frozen, or semi-dry products require further controls.
Shangbaotai describes its line as a common system for cooked fresh noodles and lists hot-dry noodles, Lor mee, and cold noodles as suitable products. The public page states that low-pressure saturated steam is used for cooking. Buyers should send a product flow and preparation method rather than assume one configuration covers every fresh noodle.
Include product temperature at packing, expected distribution temperature, intended shelf-life, packaging atmosphere, and the food-safety validation owned by the buyer. The machinery supplier can support equipment design, but product shelf-life and regulatory claims require the brand’s validated process.
Shangbaotai publishes “Maximum output 1000 kg/H.” Before using this in a project or article, confirm whether the figure describes dough, cooked noodles, or accepted product at another point. State the recipe, moisture, noodle dimensions, and operating basis.
Calculate the required good output from annual demand, shifts, sanitation, changeovers, maintenance, and efficiency. Then convert pack weights into packs per minute. A 1,000 kg/h process feeding 200 g packs represents about 83 packs per minute before losses; 500 g packs represent about 33. These are arithmetic examples, not equipment guarantees.
Check each section: ingredient supply, mixer cycles, resting, compound rolling, cooking, cooling, cutting, portioning, packing, inspection, and cartoning. The slowest acceptable section defines the line.
The Shangbaotai page states that one to two people are enough for the whole production line because of high automation. Clarify what tasks and boundary this covers. It may not include ingredient receiving, flour charging, packaging replenishment, quality control, sanitation, maintenance, cartoning, warehouse work, or supervision.
Create a task map for normal running, start-up, changeover, cleaning, breakdown recovery, and material replenishment. Identify tasks that happen simultaneously. A low operator count during steady production does not mean the full factory runs with the same number.
Ask the proposal to list automated and manual tasks, operator stations, replenishment intervals, lifting requirements, and staffing assumptions. Include local safety and work-practice rules.
Shangbaotai publishes product moisture of 29–31% for its fresh noodle reference line. Confirm the measurement method, sampling point, product type, and whether the range remains current. The flour and added water relationship is not identical to finished-product moisture after cooking or cooling.
Moisture affects dough handling, sheeting, sticking, cooking, texture, packaging, microbial risk, and shelf-life. The buyer should define acceptable product moisture with its food technologist and validate the process. Do not alter water addition simply to hit an output number.
Sampling should cover time and position, especially after cooking and cooling. Agree on conditioning and laboratory method. Pair moisture with texture, weight, and cooking checks.
Fresh noodle processing equipment after mixing.
Horizontal batch mixing can provide clear lot control and flexible recipe scheduling. Evaluate working flour and dough batch, cycle time, liquid distribution, speed, discharge, temperature, cleaning, and connection to the resting system.
It may suit a plant with multiple products or established batch recipes. Capacity calculations must include charging and discharge, not only mixing minutes. If one mixer cannot feed the line continuously, consider alternating mixers and a controlled buffer.
Shangbaotai states that its vacuum process can increase water capacity and improve palatability. Treat that as the company’s published product description and validate it for the buyer’s flour and target noodle. Vacuum mixing changes chamber design, cycle steps, pump maintenance, seals, and controls.
Ask for working vacuum range, batch basis, evacuation time, liquid addition, temperature, discharge, cleaning, leak detection, and comparative trials. Select vacuum mixing because it produces an approved product benefit, not because it sounds more automated.
The page lists a “yeast time” of 20–30 minutes, which in this context should be clarified as dough resting or aging rather than yeast fermentation. Confirm terminology before publication. The same page states that two dough sheets are compounded and folded transversely before rolling.
Resting should be first-in-first-out and stable through line stops. Ask for buffer capacity, residence range, level control, discharge, and cleaning. During trials, track batches into the first compound roller and assess sheet continuity, edge quality, thickness, and surface condition.
Shangbaotai also describes lateral folding and large or medium corrugated rolls as features intended to improve the noodle’s eating quality. The product effect must be demonstrated with agreed sensory tests.
Cooking and downstream handling in a fresh noodle line.
For cooked fresh noodles, the thermal and cooling sections are central. Define steam or cooking medium, residence time, product loading, temperature or pressure control, condensate, and the method used to verify cooking.
Cooling must reach the product condition required for the next step without contamination or excessive water carryover. Review water quality if direct water contact is used, air hygiene if air cooling is used, drainage, cleaning, access, and stop procedures.
Fresh products have less process tolerance for poor sanitation and delayed handling than shelf-stable dry noodles. Conduct a hazard analysis and assign controls for ingredients, cooked-product exposure, cooling, packaging, storage, and distribution. Equipment design should support the validated sanitation plan.
State noodle length, portion weight, strand arrangement, and allowed variation. Fresh strands may require dusting, oiling, cooling, folding, or another anti-stick method depending on the product. The formulation and label implications belong to product development.
Ask how scrap and off-spec portions are handled and whether rework is allowed by the buyer’s food-safety plan. Confirm change parts for every strand size and portion.
The Shangbaotai page states that package form is designed according to customer requirements. The RFQ should provide actual package drawings and materials. Define vacuum, gas flush, tray, pouch, bag, bowl, or another format; seal requirements; code; inspection; product temperature; and target speed.
Packaging can govern capacity. Ask for demonstrated speed with the real noodle condition and material, plus film changes, cleaning, reject logic, and accumulation. Clarify whether the packer is Shangbaotai, buyer, or third-party scope.
Provide voltage, frequency, steam condition, water quantity and quality, compressed air, cooling, drainage, ventilation, ambient design conditions, and available floor space. Ask for a utility schedule with connection and operating values.
The layout should separate raw-material, raw-dough, cooked-product, cooling, packaging, and waste flows as required by the plant’s hygiene plan. Include operator access, cleaning routes, maintenance withdrawal, and cold-room or dispatch connection.
Test the intended flour, recipe, noodle dimensions, and package. Include the smallest and largest planned product, nominal capacity, changeover, cleaning, and a sustained run. Measure output at the agreed point, moisture, portion weight, cooking state, texture, breakage, product temperature, seal quality, rejects, and staffing tasks.
Shelf-life is not proven by a short machine trial. The buyer must run validated storage and microbiological studies under the intended packaging and distribution conditions.
Fresh product cannot be scheduled like dry inventory. The line rate, packaging rate, cold-room capacity, dispatch windows, vehicle temperature control, route time, and retail receiving conditions must form one plan. If a 1,000 kg/h process outruns cooling, packing, or chilled storage, the extra mechanical output may increase holding time and risk rather than sales.
Map time and product temperature from cooking or forming through cooling, packing, case handling, cold storage, loading, transport, and customer receipt. Set operational limits through the buyer’s validated food-safety and shelf-life program. Identify what happens during a packer stop, refrigeration alarm, vehicle delay, or rejected temperature check.
Buyers often treat 1,000 kg/h as a guaranteed packaged output, interpret one to two operators as the whole factory staff, or apply 29–31% moisture to a different product without trials. Other errors include omitting cooling and packaging, failing to define raw versus cooked product, and ignoring sanitation and cold chain.
Send product samples, flour and recipe ranges, raw or cooked route, target moisture and texture, hourly and annual output, portion and package, shelf-life objective, utilities, hygiene requirements, layout, and staffing preference.
Ask Shangbaotai to confirm current output basis, operator boundary, moisture measurement, mixing options, resting terminology, cooking and cooling method, packaging interface, utilities, dimensions, and acceptance conditions.
The public page states a maximum output but not the measurement basis. Confirm product, point, efficiency, and test conditions in the proposal.
The page attributes one to two people to the production line. Total factory staffing must include receiving, packaging materials, QC, sanitation, maintenance, warehouse, and supervision as applicable.
It is published as product moisture for the reference line. Confirm product, sampling point, and method before applying it to a specification.
No. Shangbaotai lists vacuum and horizontal options. Select based on trials, product benefit, capacity, cleaning, and maintenance.
The page likely refers to dough resting or aging, but the terminology should be confirmed with Shangbaotai before publication.
The public page lists hot-dry noodles, Lor mee, and cold noodles. The exact recipes, equipment settings, and packaging need project confirmation.
Replace “fresh noodle line” with a one-page product and process specification. Mark the required measurement point for 1,000 kg/h, define labor boundary, confirm moisture and mixing route, and attach the package and site plan. That gives the engineering team the inputs needed for a credible configuration.
Review the relevant product pages for fresh noodle production line, horizontal dough mixer, multilayer steam box. Model data, options, and supply boundaries should be confirmed in the project proposal.
Send product samples or drawings, recipe ranges that can be shared, required accepted output, package formats, available utilities, a dimensioned factory plan, and the intended commissioning schedule. Ask the supplier to return a process flow, equipment boundary, utility schedule, layout, trial plan, and acceptance basis.
Contact Shangbaotai to discuss a project-specific configuration.
