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The cost of a commercial food mill depends on your capacity, equipment configuration, powder collection requirements, and factory conditions. 게다가, different food powder projects require different investment levels. A single grinding machine can meet basic production needs, while a complete grinding production line can provide better material handling, dust control, and continuous operation.
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An industrial grinding machine usually includes the main grinding unit, feeding hopper, grinding chamber, screen mesh, and discharge outlet. 게다가, this configuration suits trial production, equipment replacement projects, and small factory expansion. The grinding machine series has a price range from USD 3,700 에게 USD 11,300.
Small milling equipment models can provide a capacity of around 150–500 kg/h, while larger models can handle approximately 1,000–2,000 kg/h. In addition, you can collect finished powder through bags or simple receiving containers after grinding. 그러므로, this configuration can reduce initial equipment investment when your factory already has supporting conveying, collection, or packaging equipment.
A complete food milling line includes a grinder, cyclone dust collector, airlock, pulse dust collector, air fan, control cabinet. 게다가, these components improve material conveying efficiency and powder collection performance during continuous production.
For example, a 2,000 kg/h food powder grinding line can include a grinding machine with the width of 1000mm width, a 37 kW motor and a water-cooling device, a 600 mm cyclone separator, a 4.6 L stainless steel rotary airlock, a 24-bag pulse dust collector, a 7.5 kW fan, and an electrical control cabinet.
This 1,000kg/h grinding line costs around USD 15,000, and it occupies approximately 6 × 1.4 meters with a height of about 3 meters. However, your factory may also require pretreatment, drying, storage, and packaging areas. 그러므로, our engineers can design the equipment layout according to your workshop dimensions, material flow, and production requirements.
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In the food industry, many food manufacturers use powder grinding machines to produce spices, herbs, seasonings, and other culinary additives in powder form. The most common applications among these are salt, sugar, finely ground pepper, rice, grains, cereals, soybeans, and the like.
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Grain processors often need milling equipment for dried rice, corn, wheat, and similar agricultural materials. For example, you can grind rice or corn into flour for food production, ingredient preparation, or further manufacturing. Dry cassava chips can also enter a cassava milling machine for flour processing. Meanwhile, soybean processing projects need additional evaluation because of oil content to influence grinding performance. Accordingly, you can send us a little material for testing to help you select a more suitable industrial food milling solution. 뿐만 아니라, the grinding system can connect with feeding, powder collection, conveying, and packing equipment.
A spice powder grinding machine can handle dried chili, turmeric, cumin, pepper, cinnamon, bay leaf and herbs. 게다가, the milling process supports chili powder making, haldi production, masala preparation, and seasoning manufacturing. These materials require controlled feeding and suitable screen mesh selection because customers may request different powder sizes. A replaceable screen allows your team to adjust fineness for seasoning, retail packaging, or industrial ingredient supply.
Fresh ginger, garlic, and onion require more preparation before milling, including peeling, washing, 슬라이스, drying. Likewise, our food powder grinding machine supports the final size-reduction stage. You can connect the grinder with cleaning equipment, slicing machines, dryers, conveyors, and packaging equipment into one food powder production line.
Food manufacturers also use grinding machinery when they need powdery ingredients for mixing, seasoning, formulation, or downstream food manufacturing. For instance, these projects may involve sugar, salt, rice powder, cereal ingredients, or other dry culinary materials. However, each ingredient behaves differently during the grinding process. Sugar and salt applications, for example, require confirmation of material characteristics and the required powder size. 게다가, oily ingredients such as soybeans may create different grinding conditions from dry spices.
A complete food powder production process includes preparation, feeding, grinding, screening, collection, and packaging. Our food milling machine turns dry material into fine powder through controllable feeding, grinding elements, and screen separation. You can operate the machine as a standalone unit. Alternatively, it can connects with a dust collection system for continuous powder handling.
An industrial grinding machine combines feeding, grinding, cooling, and screening systems to achieve stable food powder production. 게다가, each component influences material handling, powder fineness, cleaning efficiency, and continuous operation.
The feeding hopper receives dried food materials and guides them into the grinding chamber smoothly. 게다가, the enlarged hopper design provides a larger loading space for continuous feeding. 그러므로, your operators can improve material input stability during commercial powder production.
The hand wheel controls the opening and closing of the grinding chamber door. 뿐만 아니라, it helps operators access internal components for cleaning, inspection, and maintenance. You can remove residual materials and check grinding parts more conveniently after production.
The cold water cooling device is the fine water tube around the grinding chamber. 게다가, the cooling structure helps reduce heat accumulation during continuous grinding operations. 그러므로, heat-sensitive food materials can achieve more stable powder processing conditions.
The grinding device is the core processing section inside the machine. 뿐만 아니라, the internal grinding components use high-speed cutting, shearing, and impact forces to reduce dried materials into fine powder. Sharp knives provide three-dimensional cutting performance for efficient size reduction.
The screen mesh controls the particle size of discharged powder. 뿐만 아니라, operators can replace different screen meshes to achieve different powder fineness requirements. 그러므로, your production team can adjust the grinding result according to seasoning, ingredient, or powder processing needs.
The indicating arrow shows the correct motor rotation direction before operation. 게다가, it helps operators confirm the running direction of the grinding system during installation and commissioning. 그러므로, this simple design reduces operation errors and supports safer equipment startup.
In fact, capacity, material type, screen mesh, moisture, working hours, and collection method affect food powder production. 그러므로, you can use the following table for preliminary selection, while final output requires material confirmation.
| Model | Feeding Particle Size (mesh) | Voltage (v) | Power (kw) | Speed (r/min) | Fineness | Output (kg/h) | Dimension L*W*H (mm) | Weight (kg) |
| HDFGF-20 | 10 | 50HZ:380/220 | 3 | 5,500 | 10-150μm | 150 | 900*520*920 | 120 |
| HDFGF-25 | 12 | 5.5-7.5 | 4,600 | 300 | 1000*560*1050 | 210 | ||
| HDFGF-32 | 12 | 7.5-11 | 4,200 | 500 | 1200*660*1170 | 320 | ||
| HDFGF-40 | 15 | 15 | 3,300 | 1,000 | 1300*860*1380 | 500 | ||
| HDFGF-50 | 15 | 22 | 2,900 | 1,200 | 1400*960*1630 | 600 | ||
| HDFGF-60 | 15 | 37 | 2,600 | 2,000 | 1500*1120*1800 | 750 |
However, the final quotation changes with cooling, electrical requirements, dust collection, spare parts, and delivery terms.
Currently, our equipment handles dried chili, turmeric, cumin, pepper, cinnamon, and bay leaf. 게다가, our plant also offers ginger, garlic, and onion powder production lines. You can process dried cassava chips with a suitable milling procedure. However, fresh roots need cleaning, 슬라이스, and drying before grinding.
Fresh roots and vegetables cannot enter our dry grinding machine directly. The dry powder grinder does not process wet paste. For the food powder production lines, roots and vegetables like fresh ginger, garlic, and onion need cleaning, 슬라이스, and drying before milling. 그러므로, we recommend a complete ginger, garlic, or onion powder production line. You can ask us for the correct process design.
Operators change the screen mesh to control the powder fineness. The supplied reference range covers 10 에게 150 μm. Consequently, you can produce different powder sizes for different markets. You had better confirm the exact screen specification before quotation.
Dry grinding does not add water to your food material. Specifically, our machine includes a cold-water inlet for the optional water-cooled chamber. This cooling system removes heat during continuous milling, while the cooling-water flow requires configuration confirmation.
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