Flour Grinding Machines With Price
Stone mill flour equipment is to use the traditional stone mill method to process wheat and produce stone mill flour. This is just one of the functions of stone mill flour equipment. It can process whole grains. Stone mill flour equipment to meet the needs of people for grains, stone mill flour processing equipment is characterized by the ability to process high nutrient content of flour, and the processing of food types are very many, not only can wheat, but also can process soybeans, mung beans, sorghum, corn, millet, rice noodles, etc.
The Flour Grinding Machines With Price is a kind of equipment specially used for grinding various grains (such as wheat, corn, rice, etc.) into powder, which is widely used in households, food processing plants and flour mills.
|
Diameter of stone (cm) |
Voltage(v) |
Power(kw) |
Capacity(kg|h) |
|
60 |
220/380 |
1.5+0.75 |
20 |
|
70 |
220/380 |
1.5+0.75 |
30 |
|
80 |
380 |
2.2+0.75 |
40 |
|
90 |
380 |
3+0.75 |
50 |
|
automatic single model 90cm |
380 |
3+0.75+0.75+1.5 |
60 |
|
100 |
380 |
5.5 |
60 |
|
automatic single model 100cm |
380 |
5.5+0.75+0.75+1.5 |
75 |
|
flour production line |
Customized accoding to client requirement |
||
Efficient grinding technology
The Flour Grinding Machines adopts an advanced multi-stage grinding system, which realizes the step-by-step refinement of wheat through a combination of grinding rollers of different particle sizes. This design not only improves the grinding efficiency, but also ensures the fineness and uniformity of the flour. And the machine can process up to 500 kg per hour, which is nearly 40% higher than the traditional single-stage grinding equipment.
Intelligent control system
Our machine is equipped with an advanced PLC intelligent control system. Users can easily set grinding parameters such as particle size and output through the touch screen. The system will automatically adjust the grinding roller gap and speed according to the settings to ensure the stable quality of each batch of flour.
Low noise design
Our equipment uses efficient sound insulation materials and closed grinding structures to effectively reduce the noise during equipment operation. Compared with traditional equipment, the noise of the flour grinder is reduced by about 10-20 decibels, reducing interference to operators and the surrounding environment.
How to Maintain Flour Grinding Machines
Lubrication system inspection
The lubrication system is a key part to ensure the long-term smooth operation of the flour grinder. The transmission system, bearings and grinding parts of the equipment need to be regularly filled with lubricating oil to reduce friction and wear. Generally, the replacement cycle of lubricating oil is to check or replace it every 500 hours of use.
Check the electrical system
The electrical system of the flour grinder includes motors, circuits and control panels. Regularly check whether the electrical circuits are aging, short-circuited or worn to ensure the safety of electrical equipment. Especially before starting the equipment, the motor and related control systems must be checked to ensure their normal operation. Avoid electrical failures affecting the normal operation of the equipment. It is usually recommended to conduct a comprehensive inspection of the electrical system every 6 months.
Adjust the grinding gap
The size of the grinding gap directly affects the grinding effect and production efficiency of flour. As the use time increases, the grinding disc of the grinder may wear, resulting in changes in the grinding gap.
Check the grinding disc and grinding roller
The grinding disc and grinding roller are the most important parts of the flour grinder, which directly determine the grinding efficiency and flour quality. With long-term use, the grinding disc and grinding roller will wear to varying degrees, and it is necessary to regularly check whether their surfaces are flat, crack-free or severely worn.
Check the transmission system
The transmission system of the flour grinder is responsible for transmitting power to the grinding parts to keep the equipment running efficiently. The belts, gears and other parts in the transmission system need to be checked regularly to ensure that they are not loose, damaged or abnormally worn. Loose belts will lead to poor power transmission, which will reduce the efficiency of the equipment.
Regularly check vibration and noise
Abnormal vibration and noise during equipment operation are often a precursor to failure. Regularly checking the vibration of the flour grinder can timely detect potential problems, such as uneven grinding of the grinding disc and abnormal transmission system.
Contact us：
Name: Maggie Li
Phone: +86 18615647023
Email: 3099606988@qq.com
Whatsapp/wechat: +86 18615647023
FAQ
Q: What is a flour grinding machine?
A: A flour grinding machine is a mechanical device designed to crush and grind grains such as wheat, rice, corn, or other cereals into fine powder or flour. It typically uses a combination of grinding discs, rollers, or burrs to break down the grain into different flour grades based on the milling process.
Q: What types of grains can be ground using a flour grinding machine?
A: Flour grinding machines can be used to grind various grains, including wheat, corn, rice, barley, oats, and millet. Some advanced machines can even grind seeds like mustard, soybeans, and pulses, allowing for versatility in the types of flour produced.
Q: How do flour grinding machines work?
A: Flour grinding machines work by using rotating grinding surfaces (grinding plates, rollers, or burrs) that crush the grain. The grain is fed into the machine's grinding chamber, where the force generated by the rotating surfaces reduces the grain to flour. The final flour is then sieved to achieve the desired fineness.
Q: How can I adjust the fineness of the flour?
A: The fineness of the flour can be adjusted by altering the gap between the grinding plates or rollers. Some machines have a dial or lever that allows users to fine-tune this gap to control the grind size. Additionally, the type of grinding material used (such as steel or ceramic) can also influence the fineness of the flour.
Q: Are flour grinding machines energy-efficient?
A: Yes, modern flour grinding machines are designed to be energy-efficient. Many machines feature motors and grinding mechanisms that minimize power consumption while maximizing output. Energy-efficient models can significantly reduce operational costs, making them suitable for both small-scale and large-scale milling operations.
Q: What is the typical production capacity of a flour grinding machine?
A: The production capacity of a flour grinding machine varies based on its design and size. Small-scale machines can grind between 50-100 kilograms of flour per hour, while industrial machines can handle 500 kilograms to several tons of flour per hour. The capacity depends on the motor power, grinding surface area, and the type of grain being processed.
Q: Can a flour grinding machine be used for commercial production?
A: Yes, flour grinding machines are widely used in commercial flour milling operations. For large-scale production, industrial models are available that can process large quantities of grains, providing high output while maintaining consistent quality. These machines are often equipped with advanced features like automated feeding systems and precise control over grind size.
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