Complete System Integration — Every station from flour mixing through sugar coating is throughput-matched under one manufacturer, eliminating the bottlenecks that arise when extruders, dryers, and coating lines are sourced separately.
Technical Specifications
| Parameter | Value |
|---|---|
| Product Type | Corn Flakes Breakfast Cereals Processing Production Line |
| Extruder Model | MT-65 |
| Screw Type | Co-rotating twin-screw with sectional modules |
| Mixer Output | 10–30 kg/load |
| Mixer Power | 4 kW |
| Mixer Tank Size | φ600×500 mm |
| Mixer Dimensions | 1000×800×1200 mm |
| Screw Conveyor Power | 0.75 kW |
| Screw Conveyor Dimensions | 2700×500×2400 mm |
| Corn Flakes Press Machine Power | 16.12 kW |
| Corn Flakes Press Machine Dimensions | 1550×1300×2000 mm |
| Corn Flakes Press Machine Roller Size | 510×310×1050 mm |
| Corn Flakes Press Machine Features | Big roller with integrated cooling system and adjustable roller gap for flake thickness control |
| High-temperature Oven Dimensions | 4.5×1.4×1.8 m |
| High-temperature Oven Power | 3.75 kW |
| High-temperature Oven Heating | Gas-fired, dual-side baking system |
| Sugar Spraying System Total Power | 28.75 kW |
| Sugar Spraying System Dimensions | 4000×1900×1880 mm |
| Sugar Spraying System Roller Size | Ø600×2700 mm |
| Control System | PLC or MCC control (basis not stated in source — confirm availability) |
| Voltage & Frequency | Configurable for target market (e.g., 3ph 380V 50Hz, 3ph 415V 60Hz — confirm exact range) |
| Contact Material | Stainless steel on all food-contact parts |
| Certification | CE |
Application Suitability
| Application | Material or Output |
|---|---|
| Classic corn flake production | Maize flour or corn grits at controlled moisture levels |
| Honey or sugar-coated cereal snacks | Extruded grain pellets coated with syrup in the spraying drum |
| Fortified breakfast cereals | Rice, oat, and mixed grain powders blended with vitamin and mineral premixes |
| Puffed snack variants | Alternative grain formulations processed through changed die configurations |
Why "Rated Capacity" Means Nothing Without Your Raw Material
A corn flakes breakfast cereals processing production line equipment spec sheet only tells half the story — real throughput depends entirely on your grain flour particle size, moisture content, and target flake density.
I learned this the hard way in Jinan when I sized a line based on brochure capacity for a Middle Eastern buyer. Their corn flour was coarser than our standard test material, and the press rollers could not feed evenly. Output dropped sharply, and we spent four days adjusting screw speed and feeder settings on-site before the line stabilized. Since then, I never quote capacity without first running the buyer’s actual grain through our testing workshop. A corn flakes breakfast cereals processing production line equipment package that ignores raw material behavior will underperform from day one. [NEED_CITE: grain particle size impact on extrusion throughput]
Extruder and Press Interaction in Flake Formation
The MT-65 co-rotating twin-screw extruder handles mixing, cooking, de-gassing, and forming in a single continuous pass. Sectional screw modules allow the barrel profile to be tuned for starch gelatinisation at the precise moisture level your corn flour requires. The cooked dough exits through a die and enters the flake press, where the adjustable roller gap and integrated cooling system determine final thickness and prevent surface sticking. This extruder-to-press handoff is where most generic lines lose consistency.
Dryer and Coating Throughput Alignment
A gas-fired oven with dual-side baking provides uniform crispness across the full conveyor width, which matters when the extruder pushes a continuous ribbon of flakes that must not pile up. Downstream, the sugar spraying system uses a temperature-keeping roller to maintain syrup viscosity so coating weight stays even across batches. If the oven cannot keep pace with extruder output, wet flakes accumulate and degrade. Every station on this corn flakes breakfast cereals processing production line equipment is sized so that no single unit throttles the rest. [NEED_CITE: thermal balance requirements in continuous cereal baking]
Reading the Specs That Actually Matter
The 16.12 kW press motor and 510 mm roller width define how much cooked dough the machine can flatten per pass, which directly sets line speed. Mixer capacity of 10–30 kg per load must align with extruder feed rate — if batches arrive too slowly, the twin-screw runs starved and gelatinisation becomes uneven. The 4.5-meter oven length determines dwell time; shorter ovens force higher belt speeds that sacrifice surface crispness. Gas-fired dual-side heating addresses the common failure mode of flakes that are toasted on top but soft underneath. Screw conveyor vibration sifting ensures steady, even feeding into the extruder hopper, preventing the surges that cause density variation in the final flake.
The Hidden Cost of Mismatched Stations
When a buyer assembles a line from separate vendors, the extruder may deliver more cooked dough than the dryer can handle, forcing the entire line to slow down. A press with fixed roller gap cannot adapt when you switch from thick corn flakes to thinner oat flakes, so you buy a second machine. Without an integrated cooling system on the press, flakes stick to the roller surface and tear, producing irregular shapes that fail market appearance standards. These mismatches do not show up on a quotation — they surface only after installation when real production begins. [NEED_CITE: production bottleneck analysis in food processing lines]
Why Sourcing This Line From One Manufacturer Matters
Every station is throughput-calculated against the others, so the mixer, extruder, press, oven, and coating drum operate at a common rate rather than competing capacities. Screw configuration and die design are specified to your grain formulation — not copied from a generic build. Before shipment, your actual raw material runs through our in-house testing workshop and you receive the trial report. Electrical schematics confirm voltage, frequency, and control panel language for your target market before production starts. Pre-sales engineering covers line layout and utility planning, and on-site commissioning includes operator training with a documented wear parts list for your first maintenance cycle.
Documentation & Verification
- Line layout and capacity calculation matched to your grain flour and target flake size
- Screw and die configuration record specific to your formulation, not a default build
- Trial run report on your actual raw material from the in-house testing workshop
- Electrical schematic with confirmed voltage, frequency, and control language
- Factory test record documenting each station before dispatch
- CE declaration of conformity and operation manual included at shipment
Installation, Commissioning & Support
- Foundation layout accounts for the 4.5-meter oven footprint and 1880 mm coating system height
- Dedicated electrical circuits sized for the 28.75 kW sugar spraying system and 16.12 kW press
- Extruder and press shipped as separate modules for site assembly to match workshop access constraints
- First-run parameter setting covers screw speed, roller gap, and oven temperature against your grain specification
- Operator training includes press roller adjustment and coating drum temperature management
- Wear parts list provided for screws, dies, and press roller surfaces at handover
Requesting a Line Configuration
Share your grain flour type and particle size, target flake thickness, and daily production volume so we can size each station accurately. Confirm your facility voltage, frequency, and preferred control panel language to avoid commissioning delays. If you have existing upstream or downstream equipment, provide specifications so we can match throughput at the integration points. Let us know whether you want a trial run on your raw material in our testing workshop before the line ships.
Frequently Asked Questions
Q: How is line output verified against my specific grain flour and moisture content?
A: We run your actual raw material through our in-house testing workshop before the line is finalized. The trial documents extruder throughput, press flake quality, and oven drying time at your target moisture. Capacity is quoted only with these conditions stated, so you know what to expect on your production floor rather than relying on generic brochure figures.
Q: Can the voltage, frequency, and control panel language be confirmed for my country before production?
A: Yes. During the specification confirmation stage, we document your exact voltage and frequency requirements in the electrical schematic. Control panel language is set to match your operators. This prevents the common delay where a machine arrives with incompatible power wiring or an interface your team cannot read.
Q: How are the extruder screw configuration and press roller gap selected for my target flake?
A: Screw module arrangement is designed around your grain formulation to achieve correct starch gelatinisation and dough consistency. The press roller gap is then adjusted during the trial run to produce your target flake thickness. Both parameters are recorded and shipped with the machine so your operators can reproduce the same result from day one.
Q: What trial runs are performed on my raw material before the line ships?
A: Your grain flour is processed through the complete sequence — mixing, extrusion, pressing, drying, and coating — in our testing workshop. You receive a trial run report documenting throughput at each station, flake dimensions, and coating weight. This means product development happens before shipment, not after installation.
Q: How are dryer and coating station capacities matched to extruder output?
A: Each station is sized during the layout and capacity calculation phase so that oven belt speed, drying dwell time, and coating drum volume all align with the extruder’s continuous output. This prevents the situation where one machine throttles the entire line and your real production falls below the quoted figure.
