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China JSS-QL Gear Powder Molding Hydraulic Machine - Leading Suppliers & Factory for Automotive and Hardware Parts Processing

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Function

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Our state-of-the-art manufacturing processes include pressurized molding, punching, blanking, impressing, shallow drawing, molding, restricking, model cloning, and trimming, ensuring precision and quality in every product.

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Use

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We specialize in processing parts for various industries, including automobiles, motorcycles, watches and clocks, eyewear, tableware, badges, jewelry, cameras, hardware, motors, and electric appliances. As a leading factory in China, we pride ourselves on delivering high-quality components tailored to the specific needs of our clients. Partner with us, your trusted suppliers, to elevate your production with reliable and efficient solutions.

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    Product Features

    1

    The machine frame adopts the high quality steel and carbon dioxide gas protection welding, with high rigidity and high compression strength.

    2

    Fast non-load running, high working efficiency.

    3

    Work table moves from upper position to lower position, enhancing workpiece precision and ensuring the safety of operators when sizable workpieces are pressed.

    4

    Lower built-in oil cylinder, easy maintenance, cleaning and oil changing.

    Application Fields

    Metal Powder Molding

    Widely used in the production of precision metal parts in automobiles, aerospace, and electronic products, it can manufacture parts with complex shapes, improve material utilization, and reduce production costs.

    Ceramic Powder Molding

    Enables ceramic powder to be uniformly compacted in specific molds and sintered at high temperatures to form various industrial products, such as insulators in electronic devices and artificial bones in biomedicine.

    Magnetic Core Powder Molding

    Can press soft magnetic material powder into magnetic cores with high density and excellent magnetic properties, which is crucial in the production of electronic products such as power supplies and communication equipment.

    Working Principle

    Step 1 Feeding

    Powder materials are uniformly added into the mold of the molding machine, and attention should be paid to the uniformity and looseness of the powder.

    Step 2 Pressing

    A certain pressure is applied in the mold, so that the powder materials form the required shape under the constraint of the mold. The pressure magnitude, application speed, and holding time have a significant impact on the product performance.

    Step 3 Demolding

    After pressing, the molded product is taken out of the mold, and it is necessary to ensure that the product is intact and free of cracks or deformation.

    Product Features & Key Technologies

    High Precision

    It can achieve precise control of product size, making the molded product have uniform density, high precision, and high stability.

    Strong Adaptability

    Suitable for any irregular product, ultra-small product molding, preventing overfilling, stable filling, no powder leakage, and no leakage problem.

    Energy Saving & Environmental Protection

    The servo system has convenient speed adjustment and silent transmission, with significant energy-saving effects, low energy consumption, and an average energy saving of more than one time.

    Simple Maintenance

    The servo abnormality corresponding method is clarified and simplified, and the maintenance, care, operation, and mold replacement are more convenient.

    Key Technologies: Mold Design Technology

    The mold is the core component, and the design needs to consider the characteristics of powder materials, product shape and size, pressing process and other factors to achieve efficient and high-precision pressing.

    Technique Parameter

    Model Units JSS-QL300 JSS-QL500
    Nominal force Master cylinder Ton 300 500
    Upper Material cylinder Ton / 60
    Upper core cylinder Ton Customer provides Customer provides
    Under core cylinder Ton
    Max. Oil pressure Master cylinder Mpa 25 25
    Upper Under core cylinder Mpa 16 (tunable) Adjustable 16 (tunable) Adjustable
    Maximum stroke Master cylinder mm 150 250
    Upper Material cylinder mm / 100
    Upper core cylinder mm Customer provides Customer provides
    Under core cylinder mm
    Master cylinder Approaching speed mm/s 1210 1210
    Working speed mm/s 210 210
    Return speed mm/s 25~30 10~18
    Height of the opening and closing mm 750 1050
    Bolster close height mm 1210 1210
    Bolster of M. W. T* Available F-B (Rim) mm 650 750
    L-R (Between cylinders) mm 565 650
    Over all dimension L-R mm 2850 2000
    F-B mm 1300 2950
    Height mm 3180 3490
    Motor power kw 30+22 22+22+37
    Weight kg 10000 18000

    Frequently Asked Questions (FAQ)

    What materials can be molded using this machinery?
    This machine is highly versatile and widely used for metal powder molding, ceramic powder molding, and magnetic core powder molding to manufacture high-density parts with complex shapes.
    How does the movable work table improve production safety and precision?
    The work table moves from the upper position to the lower position. This downward motion enhances workpiece precision and ensures the safety of operators, especially when processing sizable workpieces.
    What are the core technical advantages of the integrated servo system?
    The servo system provides convenient speed adjustment and silent transmission. It offers significant energy-saving benefits, achieving low energy consumption with an average energy saving of more than one time compared to traditional systems.
    What are the key parameters for the JSS-QL300 and JSS-QL500 models?
    The JSS-QL300 model features a master cylinder nominal force of 300 Ton with a weight of 10,000 kg. The JSS-QL500 model features a master cylinder nominal force of 500 Ton, an upper material cylinder of 60 Ton, and a total weight of 18,000 kg.
    How is the machine frame constructed to ensure durability?
    The machine frame is built using high-quality steel and welded using carbon dioxide gas protection welding. This design guarantees high rigidity and high compression strength during heavy-duty operations.

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