Product Overview: Opening a new era of efficient and healthy grinding
The stainless steel grain mill is a device specially designed for fine grinding of grains, Chinese medicinal materials, nuts, and other materials. It is made of food-grade stainless steel as the main material, which ensures the hygiene and safety of the grinding process from the source. Compared with traditional mills, it has the characteristics of corrosion resistance, easy cleaning, and long service life. It effectively avoids the risk of metal rust and contamination of materials, and meets the strict requirements of modern food processing for safety and quality. The WSB series of stainless steel grain mills covers five models: WSB-200, WSB-300, WSB-400, WSB-500, and WSB-600. Each model has a gradient difference in production capacity, power, volume, etc., which can meet the needs of users of different sizes, such as family workshops, small food processing plants, and large production enterprises, and build a complete product matrix to provide users with a variety of choices.
Core structure: Precision design ensures efficient operation (I) Grinding system The grinding system is the core component of the stainless steel grain mill, and its performance directly determines the efficiency and quality of the grinding. The WSB series uses high-precision stainless steel grinding blades or grinding discs, which generate strong shearing and impact forces through high-speed rotation to quickly crush the materials. The blades are forged using a special process, with high hardness and strong wear resistance, and can easily cope with all kinds of hard materials. The grinding chamber designs of different models are different to adapt to different production capacity requirements. For example, the WSB-200 grinding chamber has a relatively small volume, which is suitable for small-scale production; while the WSB-600 grinding chamber has been optimized and expanded, and with a larger size of grinding parts, it can process more materials per unit time, ensuring that the production capacity is increased while maintaining the grinding accuracy. (II) Power system The power system provides stable and strong power support for the grinding process. The spindle speed of the WSB series mill is maintained at 4200/min. This constant speed ensures the stability of the grinding efficiency and can quickly complete the crushing task regardless of the nature of the material. At the same time, different models are equipped with motors of corresponding power according to production capacity. WSB-200 is equipped with a 2.2 kW motor, while WSB-600 uses a 15 kW high-power motor. The precise matching of power and production capacity not only ensures the efficient operation of the equipment but also avoids energy waste.
Performance parameters: Multi-dimensional display of equipment strength (I) Capacity Capacity is one of the key indicators to measure the performance of a grinding mill. The capacity of each model in the WSB series varies significantly. The WSB-200 can process 50-150kg of materials per hour, which is suitable for home workshops, small shops and other scenarios, and can meet daily processing needs; the WSB-600 can process 700-1000kg per hour, which is mainly used in large-scale food processing plants, medicinal materials processing enterprises, etc., and can achieve large-scale continuous production, greatly improving production efficiency. (II) Principal axis speed The constant 4200r/rpm principal axis speed is a highlight of the WSB series grinding mill. High speed can generate a stronger grinding force, so that the material can be crushed into fine powder in a short time. At the same time, the stable speed ensures the consistency of different batches of products. Whether it is grinding ordinary grains such as wheat and black beans, or Chinese medicinal materials with higher hardness, it can ensure that the finished product has uniform fineness and meets the user's strict requirements for quality. (III) Size of input granules & Fineness of products The strict requirement for input particle size (less than 15mm) ensures the smooth progress of the grinding process. The fineness range of the finished product from 12 to 120 mesh, gives the equipment a wide range of applicability. Users can flexibly control the fineness of the finished product by adjusting the grinding time, changing the screen, etc., according to actual needs. For example, when making baby food, the material can be ground to more than 100 mesh to ensure that the powder is fine and easy to absorb; and for grain powder used for brewing, 12-20 mesh coarse powder can meet the process requirements. (IV) Power and Weight Power is positively correlated with production capacity. The power configuration of the WSB series ranges from 2.2 kW to 15 kW, which accurately matches the production needs of different models. The weight of the equipment ranges from 250kg to 600kg. The larger weight helps to enhance the stability of the equipment during operation, reduce the vibration caused by high-speed operation, and extend the service life of the equipment. At the same time, the reasonable weight design also takes into account the installation and handling requirements of the equipment, making it easy for users to deploy according to actual conditions. (V) Overall size The overall size of the WSB series mills is significantly different. The WSB-200 is 480×520×1040mm, which is compact and takes up little space, suitable for places with space; the WSB-600 reaches 1200×1000×2000mm. The huge size provides installation space for large-capacity grinding chambers and high-power motors, adapting to the site requirements of large-scale production. Users can choose the appropriate model of equipment based on factors such as plant area and layout.
Application scenarios: Widely adaptable to the needs of multiple industries (I) Food processing In the food processing industry, stainless steel grain mills play an important role. Home users can use small models (such as WSB-200) to make nutritious grain flour, which can be eaten with milk, honey, etc. to meet personalized healthy dietary needs; bakeries and pastry factories use medium-sized equipment (such as WSB-300, WSB-400) to grind wheat, oats, etc. into special flour to improve product taste and quality; large food companies use models such as WSB-500 and WSB-600 to achieve large-scale production, process protein powder, meal replacement powder and other products, and supply the market. (II) Chinese herbal medicine processing The crushing of Chinese herbal medicines has extremely high requirements for the hygiene and fineness of the equipment. With its material advantages, the stainless steel grain mill avoids the chemical reaction between the material and the metal, ensuring that the medicinal ingredients are not affected. Its 12-120 mesh fineness range can meet the processing needs of different medicinal materials, such as grinding Panax notoginseng, donkey-hide gelatin, etc. into fine powder, which is convenient for making Chinese patent medicine, health products, or direct consumption. (III) Chemical and scientific research fields In chemical and scientific research experiments, stainless steel grain mills can be used to grind various non-metallic materials, such as pigments, ceramic raw materials, etc. Its stable performance and precise fineness control can provide reliable powder raw materials for experiments and production, and help new product development and process improvement. (IV) Other fields In addition, stainless steel grain mills are also suitable for feed processing, seasoning production, and other fields. For example, grinding corn, soybean meal, etc., into feed powder can improve animal digestion and absorption rate; grinding spices into fine powder can enhance the flavor and quality of seasonings.
Maintenance and care: Extending the service life of the equipment (I) Daily cleaning Keeping the equipment clean is the key to ensuring the quality of grinding and extending its service life. After each use, the residual materials in the grinding chamber, feed port and discharge port should be cleaned in time to prevent the materials from agglomerating and deteriorating. Use a damp cloth to wipe the surface of the equipment and avoid using corrosive detergents to avoid damaging the stainless steel material. For stubborn stains, use a soft brush with a neutral detergent to clean. (II) Parts inspection and replacement Regularly check the wear of vulnerable parts such as grinding blades and screens. When the blade has obvious gaps or passivation, and the screen aperture is enlarged to affect the fineness of the finished product, it should be replaced in time. At the same time, check the operating status of transmission parts such as motors and belts to ensure that the equipment is operating normally. It is recommended to conduct a comprehensive inspection of the equipment every 3-6 months, tighten the screws, add lubricating oil, and ensure stable equipment performance. (III) Storage precautions If the equipment is not used for a long time, it should be wiped clean and placed in a dry and ventilated environment to avoid moisture and rust. For electrical components, moisture-proof covers can be used for protection to prevent circuit failures caused by moisture. Before re-activating the equipment, a trial run is required to check whether all functions are normal.
Product parameter introduction
| Model | WSB- 20 0 | WSB- 30 0 | WSB- 40 0 | WSB- 5 0 0 | WSB- 60 0 |
| Capacity(kg/h) | 50~150 | 150~300 | 300~500 | 500~700 | 700~1000 |
| Speed of principal axis(r/min) | 4 2 00 | 42 00 | 42 00 | 4200 | 42 00 |
| Size of input granules(mm) | < 15 | < 1 5 | < 1 5 | <15 | < 15 |
| Fineness of products (mesh) | 12-120 | 12-120 | 12-120 | 12-120 | 12-120 |
| Power(kw) | 2.2 | 5.5 | 7.5 | 11 | 15 |
| Weight(kg) | 250 | 320 | 450 | 520 | 600 |
| Overall size (mm) | 48 0× 52 0 × 104 0 | 75 0× 60 0 × 126 0 | 7 8 0× 70 0 × 1 35 0 | 800*900*1550 | 120 0× 1000 × 200 0 |
