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China Suppliers: Specialized CNC Cross-Cutting Line for Precision Processing of Silicon Steel Sheets from Factory

Our CNC cross-cutting line is specifically engineered for the precision processing of silicon steel sheets, including both grain-oriented (GO) and grain non-oriented (NGO) types. Manufactured by leading suppliers in China, this advanced CNC machine offers outstanding cutting accuracy of ±0.1mm and operates at high speeds, significantly enhancing production efficiency by over 30%. It features automated feeding, positioning, and stacking systems, which minimize manual labor and streamline operations. Ideal for applications in motor, transformer, and electrical appliance manufacturing, our CNC cross-cutting line ensures stable sheet flatness and reduces material waste. With compliance to IEC and ASTM standards, this factory-grade equipment meets various industrial requirements for silicon steel processing, making it the preferred choice for manufacturers worldwide

    Product Specification

    Code SH-300 SH-400 SH-600 SH-900
    Shearing Width 40–300mm 40–440mm 60–640mm 90–920mm
    Shearing Length 300–2000mm 300–2500mm 400–3500mm 500–5000mm
    Shearing Thickness 0.20–0.35mm
    Shearing Length Precision ±0.1mm
    Slitting Burr ≤0.02mm
    Shearing Angle Precision ±0.025°
    Slitting Width Error ±0.025°
    Max Feeding Speed 250m/min 200m/min
    Sorting Out Method Automatic sorting out
    Hold Punching Diameter According to requirement
    Locating Method Center locating
    Installing Capacity 25kw 30kw 35kw 70kw

    Advantages

    • 🎯
      1. High Cutting Precision

      Adopts advanced CNC control system, achieving a cutting accuracy of ±0.1mm. It ensures the flatness and dimensional consistency of silicon steel sheets (GO/NGO), laying a solid foundation for the performance stability of downstream motor/transformer cores.

    • 2. Efficient Production

      Features high-speed cutting operation and integrated automatic feeding, positioning, and stacking. It reduces manual intervention, cuts down material waste, and improves overall production efficiency by over 30% compared to traditional cutting equipment.

    • 🔧
      3. Strong Adaptability

      Specially optimized for silicon steel sheets (both grain-oriented and non-oriented types). It can flexibly adjust cutting parameters to meet diverse size requirements in electrical appliance, motor, and transformer manufacturing industries.

    • 4. Compliant & Reliable

      Meets international standards such as IEC and ASTM. The stable mechanical structure and intelligent fault early-warning function reduce equipment downtime, ensuring long-term reliable operation in industrial environments.

    Product Display

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    Application

    1 Motor Manufacturing Industry

    It is used for cutting silicon steel sheets (both GO and NGO types) into stator and rotor core laminations—core components of motors. Whether for small and medium-sized motors (e.g., household appliance motors) or large industrial motors (e.g., new energy vehicle drive motors), the line's high precision (±0.1mm) ensures the tight fit of laminations, reducing magnetic loss and improving motor energy efficiency and operational stability.

    2 Transformer Manufacturing Industry

    It processes silicon steel sheets into transformer core laminations (such as step-lap or straight-lap structures) for power transformers, distribution transformers, and special transformers (e.g., dry-type transformers). The line's stable cutting quality and low material waste rate help reduce transformer core loss, meeting the energy-saving requirements of modern power grids for low-loss transformers.

    3 Electrical Equipment & Appliance Industry

    It supplies precision-cut silicon steel sheets for manufacturing power inductors, reactor cores, and welding machine cores, ensuring the electromagnetic performance of these devices.

    For household electrical appliances (e.g., air conditioner compressors, washing machine motors), it cuts small-sized, high-precision silicon steel sheet blanks, matching the miniaturization and high-efficiency trends of home appliance components.

    Frequently Asked Questions

    Q What types of silicon steel sheets can this cutting line process?
    A This cutting line is specially optimized for both grain-oriented (GO) and non-oriented (NGO) silicon steel sheets with a thickness range of 0.20–0.35mm. It is suitable for a wide range of electrical steel materials used in motors, transformers, and other electromagnetic devices.
    Q What is the cutting precision of the SH series silicon steel sheet cutting line?
    A The SH series achieves a shearing length precision of ±0.1mm, a shearing angle precision of ±0.025°, and a slitting burr of ≤0.02mm. These specifications ensure dimensional consistency and flatness for high-performance core laminations.
    Q Which model should I choose based on my production width requirements?
    A There are four models available: SH-300 (40–300mm), SH-400 (40–440mm), SH-600 (60–640mm), and SH-900 (90–920mm). Please select the model based on your required shearing width and production capacity. Our team can also provide customized recommendations.
    Q Does the cutting line meet international quality standards?
    A Yes. The SH series silicon steel sheet cutting line complies with international standards including IEC and ASTM. It is equipped with an intelligent fault early-warning system and a stable mechanical structure to ensure long-term reliable operation in industrial environments.
    Q What industries is this cutting line suitable for?
    A This cutting line is widely used in motor manufacturing (stator/rotor core laminations), transformer manufacturing (core laminations for power and distribution transformers), and the electrical equipment & appliance industry (inductors, reactor cores, compressor motors, etc.).
    Q How does the automatic sorting and feeding system work?
    A The SH series integrates automatic feeding, center locating, and automatic sorting-out functions. This fully automated workflow minimizes manual intervention, reduces material waste, and improves overall production efficiency by over 30% compared to traditional cutting equipment.