Flour Mixing Machine
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Flour Mixing Machine Introduction
Our flour mixing machine is suitable for various powders mixing and noodle processing pre-mix work, this kind of equipment is fully made of stainless steel which is easy to operate, well stirring with high yield. It is currently the most advanced equipment for flour mixing.
Flour Mixing Machine Features
Easy to operate, work stably and safety
Beautiful appearance, excellent performance
High efficiency, low noise and energy saving
Made of high-quality stainless steel, long life service, clean and healthy.
Flour Mixing Machine Application
It is suitable for all kinds of powders mixing such as flour, fried flour, juice powder, milky powder, grains powder, spice powder, additive powder and so on.
It is widely used in restaurant, cake room, hotel, school, business dining room, food processing factory, etc.
Flour Mixing Machine Advantages
Durable material: the thickness of the stainless steel outer shell, blade and cover is two times of other which makes it more durable.
High Speed: double spiral ribbon blade makes the flour mixing machine with higher speed than others.
Bearing: Teflon seal can avoid powder leaking; split assembly can separate powder from machine grease.
Single side assembly makes maintenance easier.
The powder discharges via the butterfly valve, the rigid seal will avoid powder leak.
Independent control panel which is clean and safe.
How to Maintain the Flour Mixing Machine?
Please remember to cut off the power when you maintain the machine.
Please clean the flour mixing machine after you use every time. Don't use the sharp tool to clean feed cylinder in order to avoid damage to the cylinder. Don't clean by the spray pipe directly in order to avoid the motor and switch moisture which will lead to electric leakage.
Please stop the machine to check when there is unusual sound during the working process, and the machine can continue to work after troubleshooting.
Eradicating Dry Pockets with Dual Ribbon Agitators
- Bi-Directional Command Matrix (Absolute Blending): Operating a single-direction paddle inevitably causes the heavy flour mass to stubbornly log-jam against one side of the central barrel. The centralized control console integrates a rigorous 3-position switch, allowing the floor manager to violently slam the colossal steel paddles in reverse. This immediate bi-directional motion breaks apart the massive dough structure, ensuring incredibly rapid, 100% moisture distribution.
- Sealed End-Bearing Architecture (Zero Black Oil): A notorious flaw in horizontal mixers involves raw flour weeping into the main side-axle bearings, grinding the steel to dust and leaking black axle grease straight into the food payload. We isolate the primary drive bearings inches away from the SUS304 main barrel utilizing a massive gap and specialized food-grade Teflon sanitary seals, making internal grease contamination physically impossible.
- Thick-Walled U-Shape Barrel (Temperature Defense): Subjecting low-hydration flour mixtures to extreme mechanical crushing inherently spikes the temperature of the dough, chemically damaging critical gluten networks. The immense thickness of our U-shaped mixing trough actively absorbs and diffuses this extreme kinetic friction heat, keeping the flour optimally cool and preserving the structural integrity of the complex wheat proteins.
- Integrated Splash-Guard Grid (Operator Integrity): Dumping heavy dry flour and buckets of ice water directly into a moving 30 RPM paddle is extremely hazardous. Our solid upper lid features a specialized safety grid aperture. The operator can safely pour liquid ingredients continuously while the menacing SUS304 paddles are actively spinning, accelerating hydration without risking catastrophic hand injuries.
Anchoring the Start of Continuous Pasta Factories
When operating a high-tonnage centralized manufacturing facility, establishing raw hydration at the very beginning of the layout determines the entire flow of the factory floor. This colossal 350kg horizontal machine is explicitly designed to serve as the unyielding raw ingredient hub. Whether your operation generates dense payloads to feed the rigorous extruders of a commercial automatic pasta machine, or powers an expansive, high-velocity automatic noodle machine factory, this mixer flawlessly develops the tough, evenly hydrated granular crumb structure required to survive extreme mechanical sheeting and high-pressure extrusion.
Automated Dumping and Immediate Washdown Clearance
Operating continuously with massive 100kg flour payloads practically guarantees significant daily residue buildup. Recognizing that plant sanitation downtime violently cuts into active production hours, our chassis engineers integrated an unmerciful push-button 90-degree tilting mechanism. The entire colossal barrel tips completely forward, ejecting the heavy dough cleanly. In this tilted position, night-shift sanitation crews have absolute, unobstructed visual and physical access to the heavy-duty ribbon paddles, allowing them to rapidly blast the interior void with high-pressure warm water hoses. Furthermore, all commanding electrical switches and the localized 5.5KW motor casing explicitly meet elevated IP65 washdown standards, permanently defying internal electrical rot.
Are weak planetary mixers constantly burning out when faced with tough, low-hydration noodle recipes? Speak with our commercial engineering department today to acquire a customized layout diagram and secure rapid worldwide freight logistics.
Frequently Asked Questions
Does this exact machine mechanically differ from a traditional bakery spiral mixer used for bread
Yes, the mechanical operation is fundamentally distinct. A standard bakery spiral mixer slowly stretches and elongates highly wet dough using an upright spinning bowl to develop vast gluten windows suitable for airy breads. This horizontal mixer aggressively utilizes heavy, scraping side-paddles inside a stationary sideways barrel to violently crush and fuse extremely dry, low-hydration particles, making it explicitly ideal for stiff pastas and dense dumpling wrappers.
Can I utilize this massive flour mixer strictly to aggressively blend dry powders, commercial spices, and seasoning mixes
While the massive SUS304 barrel and the heavy ribbon paddles certainly possess the raw strength to blend loose dry spices or commercial powders, it is not explicitly recommended for strict non-liquid use. The interior paddle geometry is engineered aggressively for wet hydration and heavy dough shearing. For pure, lightweight dry powder blending (such as massive spice batches), a dedicated V-shape blender or an agitated ribbon powder blender will yield drastically superior volumetric homogenization.
Is the automated 90-degree tilting barrel mechanism violently dangerous if an operator is standing directly in front of the machine
The tilting control circuit is deliberately engineered with a "dead-man" or continuous-hold safety relay. The heavy barrel only mechanically tips forward for exactly as long as the operator forcefully holds down the tilt button. If the operator removes their hand, the incredibly heavy barrel stops its momentum instantly, actively preventing the 350kg steel mass from accidentally crushing a rolling dough cart or a human worker.
If the main mixing axle bearing finally wears down after years of abusive production, do I need to send the machine back to the factory
Absolutely not. The machine is engineered for heavy, localized factory abuse. The immense lateral support axles and exterior bearing pillow-blocks are built completely outside the main sealed tank. Your local mechanical maintenance engineers can simply unbolt the exterior locking collars and swap in standard, easily procurable industrial bearings in roughly two hours without ever breaching the incredibly delicate inner sanitary food seals.
Can this heavy machine flawlessly produce perfectly smooth, completely uniform dough on its own
For optimal results with extremely tough, low-hydration noodles or dumpling skins, the horizontal mixer serves as the initial, critical hydration stage. It produces a dense, highly cohesive "crumb" or shaggy dough structure. To achieve that flawlessly smooth, translucent, elastic final texture, the dense flour chunks must subsequently be passed through heavy commercial dough sheeters or continuous pressing rollers to mechanically laminate the gluten strands into a finalized smooth sheet.
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