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  • Dimensional tolerance standard for metal stamping parts
    • 2022-07-29

    Metal stamping processing is a commonly used metal processing method in China at present. In the production process of workpiece, due to the comprehensive influence of machining accuracy of machinery and equipment, die wear, machining error and other factors, the size of metal stamping parts produced and processed is difficult to achieve absolute accuracy. Therefore, in order to ensure the availab...

  • what is the stator of a motor
    • 2026-04-23

    Key Structure of the Stator A typical stator consists of three main components, each playing a vital role in its functionality: 1. Stator Core: Usually made of thin, laminated high-quality silicon steel sheets. This lamination design minimizes eddy current and hysteresis losses, improving energy efficiency and reducing heat generation during operation. 2. Stator Winding: Insulated copper or alumin...

  • What are the manufacturing tolerances for stator stamping parts
    • 2026-05-12

    Hey there! As a supplier of stator stamping parts, I often get asked about manufacturing tolerances. It's a super important topic, and I'm stoked to share my knowledge with you. First off, let's talk about what manufacturing tolerances actually are. In simple terms, tolerances are the allowable variations in the dimensions and properties of a part during the manufacturing process. For stator stamp...

  • how to choose the right material for precision stamping parts
    • 2026-05-18

    selecting the right material is the core of high-quality precision stamping parts. The proper material directly affects dimensional tolerance, structural stability, service life, surface treatment effect and overall production cost. For electronic terminals, new energy motor accessories, automotive stamped components and custom hardware parts, material selection must match application scenarios. &...

  • why stator & rotor cores are in high demand
    • 2026-05-26

    Motor iron cores are essential components for EVs, industrial motors, robots and energy storage systems. In 2026, the global demand for silicon steel stator and rotor cores keeps rising sharply. This article explains the core functions of motor cores, booming market drivers and practical procurement criteria to help international buyers select ideal motor core products.     What Is a Mot...

  • precision tolerance management and defect mitigation in high-speed stamping of electrical terminals
    • 2026-05-29

    In the world of automotive terminals, relay components, and microswitch contacts, precision is non-negotiable. A deviation of just 0.05mm can lead to poor contact, assembly failure, or costly recalls.   As a trusted manufacturer since 2002, Xiamen Jiaxin Precision Metal Co., Ltd.​ understands that controlling metal stamping tolerances​ is the key to a reliable supply chain.   The Core Ch...

  • what grade silicon steel Is best for EV motor stator & rotor
    • 2026-06-03

    Grain-Oriented vs Non-Oriented Silicon Steel: Which for EV Motors? Most buyers confuse grain-oriented and non-oriented silicon steel for EV motor production. Here is the clear distinction:   Grain-Oriented Silicon Steel (CRGO): Designed only for single-direction magnetic flux transformers. Not applicable for EV stators and rotors.   Non-Oriented Silicon Steel (NOES): Features uniform mul...

  • stator & rotor lamination stamping: progressive die or compound die
    • 2026-06-05

    What is Compound Die Stamping for Motor Core Compound die stamping completes the full shape of stator or rotor lamination in one single stroke. It is a traditional and cost-effective process for small batch orders and prototype sampling.   Advantages - Low mold cost, suitable for new product development. - Fast proofing speed, 3–5 days for custom samples. - High single-piece precision f...

  • what causes stator & rotor core defects
    • 2026-06-18

      Common Stator & Rotor Core Defects The most frequent manufacturing defects for silicon steel motor cores include lamination edge burrs, inter-lamination short circuits, loose stacking and delamination, excessive core iron loss, dimensional tolerance errors, rotor die-casting faults and surface corrosion. All these issues result from improper process operation and insufficient quality co...

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