Oat hulling machine plays an important role in oat processing. The important role in oat processing depends on its excellent features and functions.

Oat hulling machine works as follows:
1). Feeding in raw materials when the equipment works well and adjusting the outlet height of the feed-in hopper so as to make the raw materials feed equably and the output match with the variety of raw materials.

2). Checking the actual result of the shells- seeds-kernels separator, if too many shells in the front of the sieve coming out, the volume of the blowing is too small, then adjust the register of the cyclone, decrease the opening of the register to increase the volume of blowing. On the contrary, it’s opposite.

3). Adjust the figures on the frequency inverter of the OAT HULLING MACHINE according to the different types of raw materials and percentage of whole kernels required. The smaller of the figure, the higher of whole kernels, while the rate of hulling and output volume shall be correspondingly lower. The higher of the figure, the lower of percentage of the whole kernels, while the rate of hulling and output volume shall be correspondingly higher, on the other hand, the frequency should be decreased if the moisture content of raw material is lower.

4). Checking the actual result of the seeds-kernels separator, if too many seeds in the front of the sieve coming out and meanwhile too many kernels at the back of sieve are returning to the elevator for second round hulling, the angle of the sieve should be adjusted. First, loosen the locked bolt and adjust the angle of sieve by the hand-wheels and lock the bolt again when finishing adjustment.
For more information about oat hulling machine, please visit:
http://www.grain-processing.org/PRODUCTS/Oat-Processing-Equipment/624.html

How much do you know about bean peeler wear and tear? Each machinery has wear and tear in operation. Bean peeler wear and tear also has a life cycle. After long term of operation, each part of bean peeler will be abraded, which is also called visual wear and tear. But bean peeler also has invisible wear and tear.

From the above, BEAN PEELER wear and tear can be divided into visual wear and tear and invisible wear and tear. Bean peeler visual wear and tear mainly embodies in the phenomenon of bean peeler low efficiency, high equipment damage rate and low utilization value caused by friction, external force crash, chemical corrosion and rusting. Bean peeler visual wear and tear mainly depends on the loading strength. The larger the loading strength is, the higher the wear and tear degree will be. Then the scientific technology improvement makes the new type of bean peeler more efficient, which causes the old equipment economic benefits reduction. This belongs to bean peeler value loss. The faster bean peeler technology develops, the shorter the upgrading period is and the larger the invisible wear and tear will be.

To bean peeler wear and tear, we should maintain the bean peeler carefully, check and clean the machine regularly. We should also adopt correct operation methods, formulate detailed processing plan to make bean peeler have the highest production efficiency.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/686.html

Bean processing equipment detection work is necessary. In daily operation, many parts of bean processing equipment may have wear and tear. To make bean processing equipment work normally, bean processing equipment detection work is necessary. What kind of detection work should we do for bean processing equipment?

1. Subjective condition monitoring for bean processing equipment. This is the first step for BEAN PROCESSING EQUIPMENT DETECTION WORK.

2. Regular large-scale detection and maintenance. It’s better to have the professional bean processing equipment engineers on scene to guide for you how to detect and maintain if you are not familiar with this. Usually the bean processing equipment manufacturers will provide such after-sales service.

3. Detection work for the key facilities of bean processing equipment. This is an important detail that we should pay attention to in bean processing equipment detection work.

4. The important detection work for bean processing equipment is for its mechanical drive, safety protection part, machinery supporting point and power supply joint part.

The above is the introduction about bean processing equipment detection work. In the future operation, it is necessary for us to have good detection work for bean processing equipment.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/

How much do you know about corn milling machine usage attentions?
1. When the squeezing quantity is low, and milling and yield is abnormal, we should draw out the squeeze shaft and check the cage bar and the spiral shell abrasion circumstances. The wearing parts should be changed in time. Each lubrication part should prevent dust and other impurities intrusion. Each year we should check the engine oil quality of the reducer casing. If it goes bad, we should change all of the engine oil. This is quite important in corn milling machine usage rules.

2. We should establish the criterion of “Goods Quality Is the First”for CORN MILLING MACHINE usage attentions. No quality, no market value. No quality, no market. No quality, no profit. No quality, no life. Therefore, try to ensure quality, yield, safety and low energy consumption. Try to improve milling rate and yield rate on the base of good quality.

3. We should abide by the norm of “Old Machine, New Operation”. If the equipment is not advanced enough, we can still make it perform maximum efficiency by correct operation according to corn milling machine usage rules. .

4. Operate the corn milling machine and strictly abide by the corn milling machine usage rules. Do well in safety protection and maintenance. Strictly operate abiding by the rules to prevent error.
http://www.corn-milling-machine.com/

How much do you know about bean peeler innovation?

Bean peeler industry is a rapidly developing industry. Within the short 20 years, bean peeler has changed from single form into bean peeler innovation form, which improves bean products value greatly. Therefore, in purchasing bean peeler, we should notice the bean peeler innovation form and the after-sales service.

In China, there are three kinds of patents: patent for invention, patent for utility models and appearance patent. And patent for invention is difficult to obtain, because it should have the feature of innovation and has high gold content. But patent for invention stands for the innovation strength for bean peeler manufacturer. If a bean peeler manufacturer can produce BEAN PEELER innovation form, then it is a substantial manufacturer. Each product has its own systematic and self-improving process. And one of the important signals for an innovative bean peeler manufacturer is whether it has patent for invention. Its bean peeler innovation form can ensure high quality and reliable performance of the products.

Due to the difficulty of the patent for invention, some bean peeler manufacturer that has no innovation ability may adopt inferior products to reduce price and improve sales. But there products always have lots of flaws, which may cause various kinds of running malfunctions in bean peeler usage. Which kind of products should you choose, bean peeler innovation form, or inferior form? The answer is obvious.

From the above, it is necessary to choose bean peeler innovation form for customers. Only innovation is the continual drive for bean peeler development.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/686.html

Maize milling plant can process maize straw into powder. Corn contains high content of fatty acid composition. After grinding, it may easily go bad and become rancidity, especially in summer.

If we use the degenerative maize straw as the feed, it will affect livestock appetite and directly affect livestock normal growth. Therefore, before usage, it’s better to grind corn by MAIZE MILLING PLANT, and use it up within 10-15 days so as to ensure the feed quality. Especially the high-energy feed for bovine, can be replaced with corn kernels. The shortcoming of maize straw is lack of protein and calcium.

Therefore, we need to notice calcium and protein supplement for the livestock. Besides, maize straw ensiling can not only keep stem leaf fresh, tender and juicy, but also generate lactic acid and improve palatability.
http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

It is easy if you find the right bean peeler. The bean peeler adopts dry method, which doesn't need water for soaking. We just need to put beans directly into the machine.

The bean peeler uses high-speed rotating emery roller to cut and rub the bean cortex continuously, and the process destroys the bonding strength between bean endosperm and bean embryo, which can produce qualified peeled beans. It has highly efficient air suction chamber inside to collect the bean cortex from peeling process. The bean peeling rate can reach 95% above. It is composed of charging device, spiral conveyor, peeling chamber, transmission gear, aggregate bin, discharge device and dust catcher.

This bean peeler can peel various kinds of beans, no matter big or small. What we should do is to adjust the working pressure inside of the peeling chamber.
For more information about bean peeler and other bean processing equipment, please visit:
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/686.html

Bean peeler importance is the embody of optimizing industrial structure, extending industrial chain and increasing goods additional value. Now let’s analyze bean peeler importance and development prospect.

China bean processing industry is developing rapidly these years. Substantial increase of bean sales promotes bean peeler development and improves BEAN PEELER importance.

Bean is not only the important grains for human beings and the Feed King for breeding industry, but also the important industrial raw material. Bean, as one of the important grains, have always been the big variety in the market. For example, peeled bean kernels are processed by bean peeler. Bean grits and flour is processed by bean grinder. Net beans are cleaned by bean cleaning equipment. Nowadays, besides of the basic agricultural cultivation and food and feeds processing, we also adopt new technology, such as physical and chemical methods and fermentation technology, to process beans by bean peeler . The advanced soybean protein clothes and bean cosmetics for pregnant women are both from bean peeler with new technology. Bean products have also been widely used in textiles, food, medicine and chemicals. The bean peeler importance is obvious.


Bean peeler can process beans into various bean products. Bean peeler importance and development has already had a significant impact on international bean supply, demand balance and circulating format.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/686.html

How to analyze maize milling plant failure? What are the solutions? Maize milling plant may have different problems in running. How to find out the problems? How to maintain the equipment and how to solve the problems?

(1) Check the fastener, rotating part and lubricant before starting the maize milling plant;
(2) Before starting the maize milling plant, run it without load and then charge in maize to make them uniformly scatter along the roller by regulating the clearance.
(3) Pay attention to operation of rotating parts and bearings. If it occurs over heat, check and find reasons in time.
(4) Choose the grinding roller according to different materials.
(5) Check the roller regularly. The roller should be round and complete with good grinding teeth. Fast and slow rollers are of similar diameter and parallel axis.
(6) Cleaning tools such as brush and scrapper should have pressure to tightly stick to the roller to improve cleaning effect.
(7) Charging and grinding rollers should be passed revision of static and dynamic balance to prevent eccentric vibration.
( Moisture in the materials should be less than 15%.
(9) The MAIZE MILLING PLANT should be well sealed to prevent flying dust; The spare parts should also be sealed to prevent spill of lubricant.
(10) When you stop the maize milling plant, you should stop charging in materials first. Then clean the machine till it finishes grinding.

Failure analysis and solutions of maize milling plant
1. Corn Grinder vibrates seriously. tighten the motor screws; tighten the ground bolts; replace the bearing; rearrange the hammer ; adjust the hammer, making sure different of weight not more than five gram.
2. The noise from the corn grinder Adjust the belt; stop the machine, clean the things; replace the hammer; stop the machine and change parts.
3. Separating the grits are not pure Change the slice and sieve; reassemble the slice.
4. Tiny husks in the corn grits repair blower; clean the air channel 5. The production decreases.

Repair the motorm of the maize milling plant; replace the hammer; make the input uniform.
http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

We use oat mill to grind oat in large quantity and with high efficiency. Oat mill or oat processing plant technology process:

A. Cleaning section of oat mill: once cleaning, twice stone removing, once magnetic separation, once awn cutting, and auxiliary wind cleaning.

B. Oat peeling and baking section: there have two vertical emery roll peeling machines and two vertical iron roll peeling machines to peel the oats completely. After being peeled, oats rice can be directly packaged or enter into bakery section for curing. The cooked oat rice can be packaged and the uncooked oat rice can be conveyed to flour milling section for oat flour milling.

C. Flour milling and blending section of oat mill:
Both oat uncooked rice and cooked rice can be conveyed to milling section and are milled by fine powder machine. Then we can get oat flour and oat cooked flour. In milling section, we will set 4-5 stock bin to allocate different grains. Then we have flour blending bin and microscale adding machine for flour blending.

D. End products and by-products packaging of OAT MILL:

1. Different packing methods for end products and by-products: oats rice and oat flour adopts Electronic quantitative packing machine to package due to large yield, while impurities and dust adopts machinery packing cabinet to package considering from the yield and products features.

2. Technological design introduction for pneumatic transmission and dust removal by ventilation:
Fine powder and light sundries adopt sealing negative pressure wind transmission. High pressure blower is equipped with new TY series, and medium and low pressure blower adopts 4-72 series. Dedusting system and the high pressure wind net are both equipped with new type of pulse dust collectors.
http://www.grain-processing.org/PRODUCTS/Oat-Processing-Equipment/623.html

Corn germ extraction line has degerming and germ extraction section:
It adopts degerming- classifying- flaking- screening- flour milling and germ scouring- screening.

The degerminator processes the clean grains from the cleaning section, then makes the corn albumen and corn germs separate. High square plansifter classifies the material which is processed by the degerminator. The material with germs enters into next classification section of CORN GERM EXTRACTION LINE by plansifter through flaking mill for separating germ materials. The germ materials is processed by the milling and scouring machine, then is screened by highly efficient vibrating screen, suctioned by vertical air suction duct, and is extracted net germs. After screening, milling and scouring, the material which doesn’t contain germs is conveyed to the elevator by spiral conveyor horizontally and then enters into grinding machine vertically for flour milling.

Then it has the Medium pressure aspirator section and high-pressure aspirator section.
http://www.corn-milling-machine.com/PRODUCTS/Corn-Germ-Extraction-Plant/701.html

Why does China maize milling plant industry have rapid improvement? With more and more attentions to corn value, corn begins to compete with millet and rice in the market. And this mainly attributes to maize milling plant rapid development. At present, the maize milling plant has so many models and basically realizes each kind of corn eating method. Now, let’s analyze why maize milling plant develops so rapidly.

Maize milling plant develops towards high-performance. And we have high quality automatic maize milling plant now. According to market demands and human requirements and advice, we also have technical transformation to the maize milling plant, which laid a solid foundation for maize milling plant further development.

MAIZE MILLING PLANT rapid development requires us to improve maize milling plant efficiency, save power consumption and grinding system energy consumption, which has become the main development direction of grain processing equipment in our country. This is a times that admires innovation. If the manufacturers want to keep advanced and stable development, they need to have innovation spirit.

Whole set of maize milling plant is the common form for corn processing machinery. In initial stage, people used cyclone structure for corn milling machine. With maize milling plant development, we use flat sieve milling steel structure for the large maize milling plant, which has the features of low energy consumption, high flour quality, various models and high yield.

Maize milling plant has steel structure and adopts assembly welding. It is the necessary equipment to improve bean processing industry and other grain and oil industry development. http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

To install bean processing equipment belt conveyor, we need to start from the headstock installation, then each middle frame installation in order and finally tailstock installation. We need to pull a central line to the conveyor total length to ensure that the central line of the conveyor is on the straight line. Therefore, when we install each section of rack, we need to align the central line. Bean processing equipment requires that the central line error should be ±0.1mm for each meter. But the whole length of the conveyor requirement to the central line error should be within 35mm. When all of the simple links are aligned, then they can be connected.
　
To ensure the reliable running of BEAN PROCESSING EQUIPMENT belt conveyor, what the most important is that we should find and eliminate the possible malfunctions. Therefore, the operators should observe the conveyor running. If there has any abnormal circumstances, we should solve it in time. The operators should inspect and check any part that may easily cause problems.

Besides, in actuating device installation, we need to notice that the transmission shaft of the bean processing equipment belt conveyor should keep vertical with the belt conveyor’s central line. We need to make the central of the head roll width keep coincident with the central line of the belt conveyor and the reducer axis keep parallel with the transmission axis. Meanwhile, all of the roller and the axis should make level. The horizontal error of the axis should be within 0.5—1.5mm according to the width of the belt conveyor. When we install the actuating device, we can install tailblock and the roller axis of the tension device should keep vertical with the central line the belt conveyor.

Finally, starting and halting the bean processing equipment belt conveyor should be operated under the unloaded circumstances. When we install several bean processing equipment belt conveyors in order, we should adopt the starting equipment which can be atresic so as to start and halt the machine by central control room in order. To prevent sudden accidents, each bean processing equipment belt conveyor should have the button for in-place activation. To prevent the belt conveyor longitudinal tear, when the belt conveyor total length exceeds 30m, there should have a halting button between intervals. http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/

Oat hulling machine operation attentions:

1. Power supply of oat hulling machine: Three-phase 380V 50 Hz, and the voltage fluctuation range is in-between±10%.

2. The room temperature for OAT HULLING MACHINE should be controlled within the range of -10℃ to 40℃. The frequency inverter could be damaged and the motor can not run normally if the room temperature is under -10℃.

3. Workshop shall be well leveled floor, clean and tidy, all the passage shall be free of obstacles. Of course the workshop shall be well covered and free from rain or snow.

4. This oat hulling machine is no side effects at all to environment, no harmful gas or liquid emission.
http://www.grain-processing.org/PRODUCTS/Oat-Processing-Equipment/624.html

Navy bean processing equipment market and value has close relations with navy bean nutrition and importance to humans. Navy beans have important position in the beans family for its outstanding features. Navy beans are small, pea-sized beans that are creamy white in color. They are mild-flavored beans that are dense and smooth. Combined with whole grains such as rice, navy beans provide virtually fat-free high quality protein.

NAVY BEAN PROCESSING EQUIPMENT mainly consists of the following bean processing single machines: vibrating sifter, gravity destoner machine, navy bean peeling machine, navy bean brushing machine, navy bean grinder, electric metering and packing machine.

Navy bean processing equipment can realize the function of cleaning and grading, stone removing, bean peeling, bean brushing, bean flour milling and electric metering and packaging.http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/680.html

Bean processing equipment common faults:
1. The material stays unilateral. This may be caused by the following factors:
a. The material in the feeding port doesn’t drop in the middle of the feeding tank.
b. Uneven baiting along with the direction of the baiting hopper width.
c. The screen body has uneven horizontal plane.

For these BEAN PROCESSING EQUIPMENT COMMON FAULTS, we can do the following things:
a. Adjust the feeding taper pipe and make the material drop in the middle of the feeding tank.
b. We can adjust the feeding tank and control bypass flow condition of the material.
c. Check whether the rack installation is flat and the rubber springs are the same high.

2. The screen body has phenomenon of pendulum. This may be due to the four uneven supporting points, cavity rubber mattress damage, different phase angles of the motor fan-shaped block, different installation angles of the motors of the two sides and the still motor of one side.

3. Bean processing equipment has low impurities removing efficiency and yield. This is usually caused by the improper amplitude size, vibration angle and sifter dip angle, blocked sieve mesh and too low position of feeding choke plate.

4. There has plump grain kernels in the screen underflow of the lower layer. We can find out solutions from the following factors:
a. Sieve damage
b. Clearance between the feeding tank and the lattice.
c. Improper shape of screen mesh and size.
d. Clearance between the mound layer and the lattice. The lattice is too thin or too thick.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/

Bean polishing machine has vital meaning in bean processing. As the name implies, bean polishing machine is used in polishing beans and it can be used to process almost all kinds of beans. It can remove the sand, dust and dirt on the beans surface. During bean products processing, we always have a need for efficiently and effectively polishing the product. So bean polishing machine is quite popular in bean processing.


BEAN POLISHING MACHINE features:
Bean polishing machine adopts qualified steel plate. It has good sealing features, easy operation and maintenance.
Ease of operation, low noise, trustworthy performance and features, energy saving.

For more information about bean polishing machine, please visit:http://www.corn-milling-machine.com/PRODUCTS/Corn-Processing-Single-Equipment/756.html

How to analyse bean cleaning machine noises? We can analyse bean cleaning machine noises according to the following principles:

1. If there has uneven clash sound, this belongs to bean cleaning machine abnormal noises. It may be due to the crash between the impeller and the fan housing.

2. If the clearance between the stator and the rotor is not even, and the high and low sound interval keeps invariant, then this is caused by decentraction between the stator and the rotor due to bearing wear.

3. The noise from bean cleaning machine rotor friction belongs to the limiting condition of stator scrapping rotor. And this is also the BEAN CLEANING MACHINE abnormal noises.

4. Iron core is loose. Due to vibration in motor running, it makes the iron core fixed bolt loosen and causes iron core silicon steel sheet loose and originates noises.

5. Some noises are due to part of slot wedge popping, vibration, or the improper length of the fixed bolt of the bearing cap. Under this circumstance, we should check whether each part of the bean cleaning machine is loose. This is quite an effective method for solving bean cleaning machine abnormal noises.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/625.html

Maize milling plant needs some maintenance work after operation. Maintenance can prolong maize milling plant service life and reduce wear-out failure. Maize milling plant abrasion is due to various factors. According to the different degree, we can divide maize milling plant abrasion factors into several degrees.

1) Quality accidents of maize milling plant abrasion. This refers to the equipments damage, production halts or low function caused by improper maize milling plant design, manufacture, maintenance and installation.

2) Liability accident of maize milling plant abrasion. This refers to the MAIZE MILLING PLANT abrasion caused by man-made reasons, such as violating operating regulation, deserting operating post, overload operation, poor lubrication, improper maintenance, neglecting safety precautions and so on.

3) Natural accidents of maize milling plant abrasion. This refers to the maize milling plant abrasion or low function caused by natural hazard, such as flood, wind damage, lightning stroke and earthquake.

On the base of being familiar with maize milling plant maintenance management engineering development status, it is beneficial for us to research maize milling plant abrasion failure and maintenance methods.
http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

What is corn grits, flour and germ extraction line? What kind of methods and technology does it adopt to process corn? The end products of corn grits, flour and germ extraction line are corn grits, corn germs and fine feeds. Corn grits, flour and germ extraction line adopts excellent automation solution. It can furthest reduce labor cost and production cost. The professional grain processing technology designers and commissioning engineers team can ensure the advanced technology, which can not only reduce energy consumption, but also reduce the influence to end products by impurities, dust and bran. Each product yield rate and products quality reaches or surpasses the national standard and this strengthens the market competition.

It is widely used in food enterprises, sugar enterprises, beer enterprises and grease enterprises. And the core equipments have won the national patents.

Technological process of CORN GRITS, FLOUR AND GERM EXTRACTION LINE:

1. Raw grains cleaning section: once screening, once stone removing, once magnetic separation. Equipped with winnowing system, it can remove big, small and light impurities, stones and magnetic material from the grains to ensure high quality of the products.

2.Degerming, peeling and germ extraction section: it adopts the technology of twice degerming, once peeling, once polishing, three times of germ extraction, twice fine selection, once suspending, four times of screening and classifying.

3.Grits making section：it adopts fine grits screening, classifying and suspending technology.

4.Flour milling section：it adopts several sections of grinding and screening technology.

5.Measuring and packaging section：the warehouse can reduce the amount of labour. Measuring and packaging can be manual or electronical.
http://www.corn-milling-machine.com/PRODUCTS/Corn-Grits-Flour-and-Germ-Extraction-Plant/703.html

What is bean processing equipment economic benefits? Do you know how to improve this? Bean processing equipment economic benefits have close relations with our life. Bean processing equipment adopts dry method and excellent automation solution, and furthest reduces manual cost and production cost in bean processing. The correct methods can effectively ensure the technological advancement, which not only reduces energy consumption, but also reduces the impurities, dust and bran speck impact to end products.It is always the pursuit of bean processing equipment manufacturers. Then how to improve bean processing equipment economic benefits?

1. The most important is that we should have professional operators to operate the bean processing equipment. Bean processing equipment enterprises should train these operators and teach them correct methods of operating to reduce bean processing equipment machinery malfunctions. This can effectively reduce bean processing equipment maintenance cost and time, and also improve bean processing equipment economic benefits.

2. The enterprise should master the machinery maintenance methods and reduce maintenance cost as much as possible so as to improve BEAN PROCESSING EQUIPMENT economic benefits.

3. Bean processing equipment has tangible abrasion and invisible depreciation. So enterprises should take appropriate measures to avoid each kind of wear in bean processing equipment operation. Only by doing this, can we realize stable and excellent production performance of bean processing equipment.

The above is the introduction about how to improve bean processing equipment economic benefits. In the future operation, we should pay attention to these measures and make bean processing equipment economic benefits become larger and larger.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/

Recently, corn milling machine manufacturers pay more attention to market needs. With corn milling machine market development becoming stable, higher quality corn milling machine and reliable corn milling machine manufacturers meet the market demands much better and win larger market development space. With market demands increasing, corn milling equipment manufacturers quantity is enlarging, which intensifies the corn milling equipment market competition.

Corn milling machine manufacturers try to seek new sales mode positively. They try to promote their competition position by improving corn milling machine technology and management mode. They should also follow market development trends to realize long-term stable development.

With corn price increasing, corn milling machine also enters into the sales peak season. Mechanization is the development ideas of corn milling machine manufacturers. It is the long-term development guarantee for CORN MILLING MACHINE manufacturers.

From the perspective of market development, there are so many corn milling machine manufacturers. But the enterprises which can master the core technology are less, which directly corn milling machine industry integral development. Large number of corn milling machine manufacturers, different products models, non-uniform products standard all affects corn milling machine healthy development.

Corn milling machine industry competition mainly focuses on technology, features and quality. Corn milling machine technology decides the products quality. Therefore, corn milling machine manufacturers should improve production features and technology to realize better market development.

From the above, to realize long-term development, corn milling machine manufacturers should follow the market development trends closely, hold the market demands and produce what the markets wants. Only by this, can the corn milling machine manufacturers can attract more and more customers and get better development chances.
http://www.corn-milling-machine.com

How to install and adjust maize milling plant? Correct installation and adjustment of maize milling plant matters whether the maize milling plant can have a good performance in operation. First, let’s learn how to install the maize milling plant.

1. Confirm the maize milling plant installation location according to the work place condition.
2. Check the connecting bolts and nuts of each part. If they are loose, screw up in time.
3. The MAIZE MILLING PLANT should be installed firm and revised horizontally.
4. Adjust the motor’s installation location and the triangle belt tightness degree.
5. Connect the power supply according to the power utilization demand.

Then, let’s learn about maize milling plant debugging methods.
1. Switch on and have an idling running test. Check whether the motor’s revolving direction is correct.
2. Check whether each part’s joint is firm enough. The maize milling plant should have no any shaking and have stable running.
3. Turn the gap adjustment disc and the rotation should be flexible.
4. When all of the factors above are normal, then we can begin to operate the maize milling plant.
http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

We should pay attention to bean processing equipment roller maintenance precautions. Bean processing equipment refers to various kinds of bean machines, such as soybean grinder, mung bean peeling machine, peas peeling machine, lentil grinder and so on. And bean processing equipment roller maintenance has important functins in each bean processing equipment running. With usage period longer and longer, it may have some breakdowns. Therefore, the users should keep regular bean processing equipment roller maintenance and check each part of the bean processing equipment regularly. Today, we will mainly talk about the bean processing equipment roller maintenance precautions.

1. Before operation, we should check whether the roller has bump or abrasion.
2. Be careful when we install the roller of the bean processing equipment. Avoid the parts abrasion caused by improper operation in BEAN PROCESSING EQUIPMENT roller maintenance.
3. Check the roller flexibility. Have the trial operation and ensure the roller has a flexible rotation and there has no jam.
4. The installation should depend on raw material species and the conveyor features. Ensure the undercrowding or overcrowded installation will not have any influence on the processing quality.

We should keep regular bean processing equipment roller mainenance, especially ensure each part of the machine can work in a normal condition. Only by this way, will the bean processing equipment work efficiently, and have a long service life.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/

Maize milling plant should have virtuous competition. Too fierce competition may easily make manufacturers adopt improper measures. We have stepped in the 21st century. With high-speed social and economic developing, we should pay more attention to maize milling plant quality and its bearing capacity for the competition. As we know that, the reason why the traditional maize milling plant manufacturers may fall behind in developing is mainly because the backward technology and bad performance. Besides, due to less funding investment, it is difficult for the maize milling plant manufacturers to develop advanced products.

But if we can remember the following key points very well, then we will improve our MAIZE MILLING PLANT quality and win the competition.
1. Try to improve high production efficiency. Realize high automation degree and large scale production.
2. Try to improve high utilization ratio of the resources and develop circular economy.
3. Try to pay more attention to the energy consumption and reduce cost.
4. Improve high and new technology functionization and make the products become high grade.
5. Strengthen science and research input and make maize milling plant develop towards product intelligence and knowledge densification.
For more information about maize milling plant, please visit: http://www.corn-milling-machine.com/PRODUCTS/Maize-Milling-Plant/700.html

Bean preliminary cleaning equipment usually refers to the plant which can process beans preliminary cleaning. It is an automatic bean processing line integrated with cleaning, destoning, selecting, brushing, grading, color sorting and winnowing processes. The line is in double layer steel structure with equipments arrangement. It uses electric centralized control system, up to continuous automatic operation. The bean preliminary cleaning equipment can be applied in almost all of the beans cleaning, such as soybean, mung bean, navy bean, sword bean, pea, cowpea, chickpea and so on.

Compared with bean preliminary cleaning equipment, BEAN FINE CLEANING MACHINE can help us get fine bean products and includes multiple groups of aspiration systems, meeting requirements for environment protection and reducing dust concentration. It also decreases noise in the workshop, guaranteeing secure and clean operation.
http://www.grain-processing.org/PRODUCTS/Bean-Processing-Equipment/625.html

The corn flaking mill and flour milling technology for big and medium corn grits extraction usually adopts four sections of milling. First, it is ground by two sections of milling, then is extracted most of the corn germs by 2B flat sieve. The germs contain low content of grains, but has high purity. It can also be changed to extraction in each section. The germs have high grain content, but due to grinding strength lowering, this can prevent thin film fracture of the germs and the fat from penetrating into flour.

The corn flaking mill and flour milling technology for small corn grits extraction adopts two sections of flaking mills and 4-5 sections of milling. Two sections of flaking mills process the mixture separated from the corn germ extraction machine and extract most of the germs. The first three sections of milling processes the corn dregs extracted from the corn germ extraction machine and extracts small grits(10W/14W) and the dregs used in making beer(14W/28W). 2B and 3B extract broken germs so as to reduce the fat content in the end products. 4B processes the material from the second flaking mill and the third flaking mill.

To process the germs extracted before milling, we can adopt the first flaking mill for flaking to reduce grain content in the germs and improve the purity of the germs.
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Bean processing equipment manufacturers should keep on with market development and attract more consumers.

In recent years, bean processing equipment steadily develops, functional bean processing equipmentry satisfy requirements of production. As the demands for bean processing equipment increase, bean processing equipment manufacturers increase accordingly, which aggravates competition of the market.

With the continuous increase of bean price, BEAN PROCESSING EQUIPMENT has also come into busy season. Bean processing equipment manufacturers increase year by year. Intellectualization and mechanization are development principles of bean processing equipment industry.

Nowadays, there are many bean processing equipment manufacturers, however, there are only a small part owns the core technology, which affects general development level. The big amount of factories, different models and standard of the products are not beneficial for healthy development of the bean mill industry.

The bean processing equipment mainly competes in technology, function and quality. Hence, bean processing equipment industry can get better market development by increasing technology and function of the machine.

To sum up, bean processing equipment should keep on with trend of market development to produce proper products and attract more consumers.
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