The YHT700 large-scale intelligent soybean peeling machine

The YHT700 large-scale intelligent soybean peeling machine adopts an intelligent control system and can be used for peeling and breaking apart grains such as soybeans, peas, mung beans, red beans, and black beans. It can process 10-12 tons of soybeans per hour with a peeling rate of over 93% in one pass, making it an ideal machine for peeling beans.

This YHT700 large-scale intelligent soybean peeling machine is a large-scale piece of equipment specifically designed for large and extra-large soybean processing enterprises both domestically and internationally. It is suitable for oil processing companies, pea starch companies, and soybean product processing companies, and is a new type of soybean peeling equipment used in the production process of high-quality products. This new soybean peeling machine has a high peeling rate, a high kernel yield, and a low breakage rate, achieving a finished product yield of 90%, thus increasing enterprise profits; it also has low energy consumption and high output, reducing the enterprise's production and operating costs.

Features:

• High Capacity Adaptability for Large-Scale Production

Designed specifically for large production lines, each unit boasts a capacity of 10-12 tons per hour, 6-8 times that of traditional small and medium-sized peeling machines. It can meet the needs of large-scale enterprises processing 50-100 tons of soybeans daily. Supporting 24-hour continuous operation, the equipment has a failure rate of less than 0.5% during continuous operation, effectively ensuring full-load production and avoiding bottlenecks in the peeling process that could affect overall capacity.

• Intelligent Temperature-Controlled Drying for Superior Peeling Efficiency and Quality

Featuring a built-in three-layer intelligent temperature-controlled drying chamber, the PLC system precisely controls the drying temperature (35-45℃) and time, stabilizing the soybean moisture content within the optimal peeling range (12%-14%). This avoids incomplete peeling due to excessive moisture (peeling rate ≤90%) and bean breakage due to excessive moisture (breakage rate ≥8%), ultimately achieving an industry-leading peeling rate of ≥98% and a bean breakage rate of ≤3%.

• Dual-roller linked peeling for high precision adjustment

Utilizing a dual-set wear-resistant alloy roller (hardness HRC60 or higher) linkage design, the gap between the rollers can be precisely adjusted via a servo motor (0.2-0.5mm infinitely adjustable), flexibly adapting to soybean particle size (5-8mm) and skin hardness. The alloy roller surface undergoes a special wire drawing treatment, ensuring friction during peeling while avoiding scratching the soybean surface. After processing, the soybeans are whole and cotyledonous, with no skin residue.

• Four-stage air separation for thorough shell-kernel separation

An innovative four-stage air separation system: primary screening removes large pieces of soybean skin and impurities; secondary air separation separates small skin fragments; tertiary vibration screening removes broken soybean kernels; and quaternary negative pressure removal removes dust. Ultimately, the kernel content in the shell is ≤0.2%, and the shell content in the kernel is ≤0.3%. The finished product can directly enter subsequent processes without secondary processing, reducing intermediate losses and improving raw material utilization.

• Intelligent control throughout the entire process, low labor costs

Equipped with a PLC intelligent control system, supporting touchscreen operation, it can display key parameters such as drying temperature, roller gap, air separation volume, and production capacity in real time. It features parameter memory, fault alarms (such as raw material blockage, motor overload), and automatic shutdown protection functions. Only one person is required for operation, reducing the number of operators by 3-4 compared to traditional equipment, significantly lowering labor costs.

• High durability, controllable maintenance costs

Core components use highly wear-resistant materials: alloy rollers have a service life of up to 12,000 hours (3 times that of ordinary carbon steel rollers), the drying chamber liner is made of 304 stainless steel (corrosion resistant, easy to clean), and the transmission system uses imported bearings (low failure rate). The equipment is equipped with a regular maintenance reminder function, and key component replacement uses a quick-release design, shortening maintenance time to within 1 hour. Long-term maintenance costs are 20% lower than similar equipment.

Parameters: