The Peeling and Grits Making Integrated Machine is an integrated industrial equipment specifically designed for grain processing. It integrates core processes such as peeling, impurity removal, and grits making (fine grinding) into a single system, achieving continuous and automated processing from raw grains to finished pellets.
The core function of this equipment is to deeply process grains such as corn and sorghum. During peeling, mechanical force efficiently removes the outer husk, seed coat, and attached impurities from the grains, significantly improving the color and taste of the finished product. During grits making, the peeled grains are pulverized into uniformly sized pellets. The process can be flexibly adjusted to produce grits of different sizes (coarse, medium, and fine) to meet the requirements of various scenarios such as food processing and feed production.
The electric grinder’s workflow is highly integrated. After the raw grains enter the equipment through the inlet, they sequentially undergo peeling, impurity removal, grinding, and grading processes, ultimately directly outputting grits that meet the specified specifications.
| Model | Production (kg/hour) | Power (kilowatts) | Spindle speed (revolutions per minute) | External dimensions (meters) | Weight (kg) | |
| Peeling rate | Grain production | |||||
| DNM-3B | 300 | 500 | 7.5 | 860 | 2.2*0.5*1.2 | 300 |
| DNM-5B | 800 | 1000 | 11 | 1042 | 2.14*1.13*1.2 | 350 |
The Maize Grits Milling Machine: Cleaned raw materials (such as corn and wheat) are fed evenly and continuously into a high-speed rotating peeling machine through a closed feed hopper. Inside the machine, diamond or rubber rollers are in close contact with the screen cylinder, constantly squeezing, rubbing, and kneading the material during high-speed rotation. Under mechanical force, the outer husk (seed coat), germ, and black hilum are effectively peeled off. A high-pressure blower works simultaneously, using airflow to separate lighter corn bran and impurities from the material, which are then collected through a dedicated pipeline, thus achieving separation of kernels from husks. The peeled kernels are automatically fed to the next processing stage by a pusher, enabling continuous production.
Peeling and grinding all-in-one machine After peeling and cleaning, the corn kernels enter the pellet mill. Under the impact of high-speed rotating hammers, rollers, or grinding discs, and the action of a corn grinder and shear, they are crushed into particles of different sizes (corn grits). The fineness of the finished corn grits (e.g., large, medium, small) can be precisely controlled by changing the sieves with different apertures or adjusting the gap between the grinding heads. The crushed mixture enters the grading system and is sieved through a multi-layer vibrating screen or cylindrical screen. Particles that meet the specifications are discharged as finished products, while excessively large particles are returned to the pelleting chamber for further crushing to ensure uniform particle size.
Peeling and grinding all-in-one machine Peeling and grinding all-in-one machine After grading, the finished sand particles are discharged through a dedicated outlet and can be directly sent to the warehouse or packaging area. Throughout the process, the dust removal system operates continuously, effectively capturing dust generated during processing to ensure a clean production environment, while also recovering valuable fine powder. Some models are also equipped with polishing devices to further enhance the color and smoothness of the finished sand particles, meeting the demands of the high-end market.
Peeling and grinding all-in-one machine The equipment adopts an integrated design, innovatively combining multiple processing steps such as peeling, grits making, screening, and impurity removal into a single machine, completely eliminating the cumbersome process of requiring multiple separate machines such as peeling machines, grits making machines, and screening machines in traditional processing methods. This design not only significantly reduces the overall footprint of the equipment, lowering workshop rental costs and equipment installation and commissioning costs, but also achieves seamless one-stop processing from grain raw material input to finished grits output. Traditional multi-machine processing requires frequent manual material handling, which easily leads to material loss and is time-consuming and labor-intensive. In contrast, this equipment can achieve continuous and uninterrupted operation. After the raw materials are input, no manual intervention is required to automatically complete the entire process of peeling, grits making, and screening, significantly shortening the production cycle and improving processing efficiency. Whether it is batch production in small and medium-sized processing plants or continuous operation of large-scale production lines, it can be easily adapted, effectively reducing production waiting time, increasing the output of finished products per unit time, and helping enterprises increase production capacity and seize market opportunities.
Peeling and grinding all-in-one machine The equipment features a precisely adjustable, high-hardness peeling blade assembly and a multi-layer grading and screening structure. Combined with an intelligent speed control system, it can flexibly adjust the blade gap and speed according to the characteristics of different grain raw materials. This ensures the rapid and thorough removal of impurities, dust, and excess bran from the grain surface, achieving a peeling rate of over 98%. This fundamentally avoids problems such as rough texture and poor color in the finished product caused by residual bran, guaranteeing the excellent quality of the corn grits. In the corn grits production stage, the equipment employs a fine grinding process, coupled with multi-layer sieve screening, to precisely control the size of the corn grits, ensuring that the corn kernels are uniform, plump, and regular in shape, free of debris, lumps, and impurities. The purity of the finished product far exceeds industry standards. The pure and uniform quality of the corn grits not only enhances the sensory quality of the product but also strengthens its competitiveness in the market, gaining higher market recognition whether sold directly or used as a raw material in food processing Peeling and grinding all-in-one machine.
Peeling and grinding all-in-one machine The equipment boasts exceptional raw material adaptability, flexibly processing a variety of common grains such as corn, sorghum, millet, oats, buckwheat, and barley. Peeling and grinding all-in-one machine Without replacing core components, simply adjusting the peeling blade gap, the fineness of the grits, and the machine’s speed can meet the processing needs of different raw materials and finished product specifications, making it suitable for various applications including grain processing, food processing, and deep processing of agricultural products. Furthermore, the equipment features a user-friendly design with a simple, intuitive, and clearly labeled interface. Equipped with one-button start and stop functions, the operation is straightforward and easy to understand, requiring no specialized technical personnel training. Ordinary workers can quickly learn to operate the equipment, significantly reducing labor recruitment and training costs for businesses. In addition, the equipment includes a fault indication function, promptly alerting operators to any abnormalities during daily operation, facilitating rapid problem identification and ensuring smooth production.
Corn peeling tool The equipment utilizes a high-efficiency, energy-saving motor paired with an optimized transmission structure. While ensuring stable power output and unaffected processing efficiency, it significantly reduces energy consumption, achieving a reduction of over 30% compared to traditional single-machine processing. Core processing components are precision-manufactured using high-strength, wear-resistant materials, resulting in high wear resistance and low wear, effectively reducing component replacement frequency. Simultaneously, the overall equipment structure has been scientifically optimized, simplifying daily maintenance procedures. No complex maintenance tools are required; operators only need to perform simple cleaning and lubrication periodically, significantly reducing maintenance frequency and costs. Over the long term, the equipment can save businesses substantial amounts on electricity, component replacement, and maintenance labor costs, significantly reducing overall operating costs, improving the cost-effectiveness of grain processing, and helping businesses increase profitability.
Maize Peeling and Grits Milling Machine The core peeling blade assembly is made of high-strength, wear-resistant alloy material, undergoing special quenching treatment. This results in high hardness and exceptional wear resistance, making it less prone to deformation and damage. Its service life is extended by more than 50% compared to ordinary blade assemblies, allowing it to withstand high-intensity processing demands for extended periods and reducing costs and downtime associated with blade replacements. The machine body is welded from high-quality, thickened steel, ensuring a robust and sturdy structure with excellent impact and corrosion resistance. This allows it to adapt to complex production environments and minimizes the risk of deformation or damage. Furthermore, key wear components such as bearings and drive belts are sourced from well-known industry brands, ensuring reliable quality and stable operation. This significantly reduces equipment failure rates, minimizes downtime for maintenance, and further extends the overall lifespan of the equipment, providing a reliable guarantee for long-term stable production.
Corn Maize Huller To ensure food processing safety, all parts of the equipment that come into contact with materials are made of food-grade stainless steel. This material is non-toxic, odorless, corrosion-resistant, and rust-resistant, effectively preventing contamination when materials come into contact with the equipment and ensuring that the finished grains meet national food processing hygiene standards. The equipment is also equipped with convenient cleaning devices. After processing, operators can quickly clean residual materials and impurities from inside the machine using high-pressure washing and quick disassembly, preventing mold growth and bacterial development that could affect the quality of subsequent batches. The machine body features a smooth, spray-coated surface that is easy xXEto wipe clean, eliminating dead corners and facilitating daily cleaning and maintenance. This helps businesses achieve hygienic, standardized, and regulated production, meeting the stringent hygiene requirements of the food processing industry.
Multi-functional peeling machine The integrated peeling and grits making machine is an indispensable core processing equipment in the field of deep grain processing. Leveraging its integrated and efficient processing advantages, it is widely used in the peeling and grits making of various grains. Typical applications include:
The integrated peeling and grits making machine is a core piece of equipment in the field of deep grain processing. With its integrated and efficient advantages, it can complete peeling, impurity removal, and grits making in one go, simplifying the process, reducing costs, and widely adapting to various grain processing applications. Typical application areas are summarized below:
Grain Processing Industry: It can be adapted to the large-scale processing of various grains such as corn, sorghum, and millet, accurately peeling and removing impurities. The cornmeal particle size can be flexibly customized, directly producing various finished grits. The equipment is suitable for large, medium, and small processing plants and workshops, meeting both bulk supply needs and customized processing. It can also be equipped with packaging processes, effectively improving processing efficiency and product added value.
Food Processing Industry: Mainly used for the pretreatment of grain food raw materials, precisely controlling the peeling and grits making accuracy, removing the rough parts of grains, retaining nutritional essence, and improving food taste and digestibility. Suitable for production scenarios such as meal replacement powders, whole grain pastries, and pre-cooked whole grain dishes, eliminating the need for additional impurity removal processes and ensuring consistent product taste and quality.
In the field of agricultural product deep processing: It meets the on-site processing needs of farmers and agricultural cooperatives, effectively addressing the pain points of low selling prices and processing difficulties for agricultural products. The equipment is flexible in size and easy to operate, directly processing raw materials such as corn and millet into marketable grits, reducing transportation costs, helping to create local specialty agricultural products, and further increasing the added value of agricultural products.
In the catering and retail sector: Suitable for large catering establishments, chain porridge shops, supermarkets, and other terminal scenarios. The small-scale equipment allows for on-site processing, providing a clear view of the additive-free processing, meeting consumer demand for kernel corn, and providing standardized whole grain raw materials for catering establishments, ensuring consistent product taste.
In the feed processing sector: Used for dehulling and grits processing of feed grains, removing surface impurities and coarse fiber, significantly improving feed palatability and digestibility, meeting the raw material pre-processing needs of small and medium-sized feed mills and breeding bases, and helping to improve breeding efficiency.
When you’re looking for an efficient and reliable solution for corn grits production, our corn grinding and peeling equipment is the core choice you need:
Our machine perfectly integrates the two core processes of corn grinding and fine corn grits production into one unit, eliminating the need for multiple machines or complex production lines. A single feed completes the entire processing from raw grain to finished corn grits, significantly shortening operation time and minimizing manual handling and material loss. It eliminates the cumbersome process of purchasing, installing, and maintaining multiple machines, resulting in a more compact production layout and higher space utilization.
Peeling and grits making integrated machin This Peeling and Grinding All-in-One Machine easily processes various grains such as corn, sorghum, and millet without frequent replacement of core components; simply adjusting parameters allows for easy switching between processed materials. It stably adapts to small-batch, multi-variety processing by farmers and also meets the large-scale production needs of grain and oil processing plants. Particle size is flexibly adjustable, easily producing coarse, medium, and fine grains to precisely match different markets and consumption scenarios.
Peeling and grinding all-in-one machine: The entire process from feeding to discharging is automated, requiring only a small number of personnel for monitoring, significantly reducing labor costs and minimizing human error. Low energy consumption design: Optimized transmission structure and power configuration ensure high output while significantly reducing unit energy consumption, making your production more environmentally friendly and economical.
Corn grinding and peeling equipment A thorough and clean peeling process effectively removes the outer skin and impurities of the raw grain, resulting in a brighter color and better taste in the finished product. A gentle grinding process maximizes the retention of the grain’s natural nutrients, resulting in extremely low impurity content, making the product more appealing to consumers and downstream businesses. Uniform particle size and stable quality effectively enhance the product’s market competitiveness.
Corn grinding and peeling equipment The entire machine is made of robust and durable industrial-grade materials and precision-machined. Core components are wear-resistant and durable, suitable for long-term high-intensity production. We offer comprehensive after-sales support, including installation and commissioning, operation training, troubleshooting, and spare parts supply, ensuring your peace of mind when purchasing and using our products.
Choosing our hulling and gravel processing machines means choosing an efficient, stable, and economical grain processing solution that will help your business stand out from the competition and create greater value.
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