Leave Your Message

China Intelligent Raw Material Batching System Suppliers for Efficient Factory Automation and Material Management

,

The Minjie Intelligent Raw Material Batching System is a cutting-edge solution designed to enhance raw material processing in China’s manufacturing industry. This advanced system is particularly suited for sectors such as ceramics, glass, silica, and metallurgy, providing exceptional efficiency, accuracy, and full automation. As one of the leading suppliers in the market, Minjie ensures precise proportioning and smooth integration into modern production lines.

,

Equipped with state-of-the-art control technology and intelligent sensors, the Minjie batching system automates key processes such as weighing, mixing, and feeding. This automation significantly reduces human error and material waste. With real-time data monitoring and traceable batching records, operators can remotely adjust parameters, enhancing operational flexibility and transparency. The modular design accommodates various material types and formula changes, making it an ideal choice for diverse factory production needs.

,

By implementing Minjie’s intelligent batching system, factories can reduce labor intensity, boost production stability, and achieve consistent product quality. The system is designed for energy-efficient operation and requires minimal maintenance, ensuring a cost-effective solution for manufacturers over time.

,

Whether incorporated into a fully automated factory or utilized as part of a smart manufacturing upgrade, the Minjie system guarantees outstanding performance throughout every stage of raw material preparation. Experience intelligent material management with Minjie—where batching meets innovation.

,

    Product Video

    Product Display

    product description01
    product description02

    Product Introduction

    Intelligent batching system includes ridge batching system and plastic batching system:
    1. Ridge Material Batching System: Composed of multiple feeding units uniformly controlled by the central control system. Equipped with sensors to feed back raw material weight, regulating supply by adjusting the conveyor belt speed. Supports simple one-key control and multiple formula storage for quick mixing transitions.
    2. Plastic Material Batching System: The slurry from the pool is transported to the transfer cylinder in front of the continuous ball via the slurry pump, then delivered to the continuous ball mill by the quantitative pump based on precise process requirements.
    product-description1

    Main Technical Parameters

    4. Comparison of energy consumption among three ball milling methods
    Parameter 60T Intermittent ball mill process Semi-continuous ball milling process Full continuous ball milling process
    Power consumption 34.55 kW.h 29.17 kW.h 25.06 KW.h
    Power saving rate % - (34.55-28.87)/34.55 = 15.57% (34.55-25.06)/34.55 = 27.5%

    Frequently Asked Questions

    What components are included in the Intelligent Batching System?
    The system consists of two primary parts: the ridge material batching system, which manages raw materials through multiple feeding units, and the plastic material batching system, which handles slurry transportation.
    How does the ridge material batching system control feeding accuracy?
    Each feeding unit is equipped with weight sensors that send real-time data to the central control system. The system then automatically regulates the raw material supply by adjusting the conveyor belt speed.
    Can the control system store multiple formulas?
    Yes, the central control system can store a variety of formulas. When a change is required, operators can quickly execute a new batching process with simple inputs at the control terminal.
    How does the plastic material batching system work?
    Slurry from the pool is pumped into a transfer cylinder located in front of the continuous ball mill. From there, a quantitative pump feeds it into the ball mill according to specific process parameters.
    Which ball milling process offers the best energy savings?
    According to the energy consumption comparison, the full continuous ball milling process is the most efficient, reducing power consumption to 25.06 kW.h and achieving a power saving rate of 27.5% compared to the intermittent process.

    Leave Your Message

    AI Helps Write