• 2026-06-02

Motor cores including stator and rotor laminations are critical components that determine motor efficiency, stability and service life. Manufacturers classify them into new energy motor cores and traditional motor cores. Though both stator and rotor parts are made of laminated silicon steel via stamping, they differ greatly in materials, precision standards and applicable working conditions.  ...

• 2026-06-03

In 2026, AI-driven recognition, automation, and digital manufacturing transform hardware stamping parts, addressing challenges like component pickup failures and misalignment. The global metal stamping market grows at 8.9% annually, with brands like Jiaxin leading innovation in Custom Metal Stamping Parts and Precision Metal Stamping Services, shaping a more competitive and sustainable industry. &...

• 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...

• 2026-06-15

Key Precision Influences of High-Speed Terminal Stamping High-speed stamping usually runs at 1000–6000 strokes per minute. The core precision deviations mainly come from dynamic operation rather than the process itself:   - Equipment Vibration & Position Deviation: Long-term high-frequency impact causes slight body vibration and slider deflection, resulting in step distance errors a...

• 2026-06-18

You need reliable energy storage hardware that can stand up to harsh conditions. Corrosion can damage your system and put safety at risk. Over the past decade, the demand for corrosion-resistant hardware has grown fast because renewable energy projects are spreading, especially near the coast where salty air speeds up rust. Galvanized New Energy Storage Hardware gives you a strong solution. The Ad...

• 2026-06-22

Why Terminal Precision Matters for Motors Even tiny flaws in terminals create big problems:   Energy loss: Poor fit increases contact resistance, raising heat and lowering efficiency.   Connection failure: Vibration or thermal cycling causes loose contacts, leading to motor shutdowns.   Safety risks: Overheating from unstable connections can trigger short circuits.   Micro prec...

• 2026-06-23

Precision plays a vital role in hardware stamping parts. You depend on precise manufacturing to ensure high product quality, safety, and reliability. The table below shows how precision shapes these aspects in industrial and medical fields:   Aspect Impact on Product Quality Impact on Safety Impact on Reliability Precision in Stamping Ensures components meet strict quality standards Critical ...

• 2026-06-26

1. Prioritize High-Grade Materials Material determines longevity. Avoid thin plastic or low-grade zinc alloy—they warp under heat and vibration.   Stainless Steel (SUS304): Best for durability. Resists oxidation, withstands thermal cycling, and supports heavy coolers without bending.   Anodized Aluminum: Lightweight yet rigid, with corrosion resistance ideal for mid-range builds. &...

• 2026-06-30

1. Core Manufacturing Process: 45-Ton Progressive Die Stamping Cold rolled steel precision terminals are primarily formed using 45-ton high-speed punch presses​ with progressive dies. This process offers distinct advantages:   Ultreme Precision:​ Ensures dimensional consistency and smooth, burr-free edges (as highlighted by "smooth burn-free edges"), preventing poor contact caused by assembly...