• 2026-06-01

Minimum Thickness: 0.01mm for Ultra-Thin Foils In industrial practice, the minimum practical thickness is 0.01mm (10μm) for soft, ductile materials like copper, aluminium, or stainless steel foil, using ultra-precision dies and high-speed presses.   Standard precision stamping: 0.1mm–3.0mm (85% of applications fall between 0.3mm–1.2mm).   Ultra-thin specialty stamping: 0.0...

• 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. &...

• 2026-06-15

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...

• 2026-06-22

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...

• 2026-06-25

What are the common materials for CPU mounting brackets? Most high-standard CPU brackets are made of cold rolled steel sheet and aluminum alloy through stamping forming. Steel brackets have stronger bearing capacity, not easy to deform, suitable for heavy-duty large heat dissipation fans. Aluminum alloy brackets are light in weight, with anodized anti-rust treatment, good heat conduction and long ...

• 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...

• 2026-07-01

Core Materials Used in Body Stamping The choice of material directly impacts a vehicle’s strength, weight, and manufacturing cost. Key options include:   Advanced High-Strength Steel (AHSS): The most common choice for structural parts. Grades like DP780, DP980, and boron steel offer exceptional strength-to-weight ratios, enabling thinner yet safer components.   Aluminum Alloys: Lig...

• 2026-07-02

You see more PC builders choosing the CPU Mount Bracket for better stability in their systems. Heavy coolers demand strong support. A secure mount protects your CPU and keeps your computer running smoothly. Builders want performance and reliability. You can boost your setup with the right bracket. Key Takeaways   Pick a CPU Mount Bracket to make your CPU more stable and safe when you use a he...

• 2026-07-04

What Are Copper Busbars for New Energy Applications? Copper busbars are high-conductivity conductive parts used for high current transmission, widely applied in EV battery packs, motor controllers and energy storage cabinets. Made of high-purity copper with customized shapes and insulating treatment, they fully meet strict working standards of new energy equipment.   Main application scenario...

• 2026-07-06

How Does Stamping Improve Vehicle Safety? Automotive safety starts long before a crash test. It begins with material selection and part geometry.   High-Strength Steel (HSS)​ and hot-stamped boron steel​ are widely used in A/B pillars, door beams, and subframes.   Precision stamping ensures these parts maintain micron-level tolerances, allowing them to absorb impact energy without deform...

• 2026-07-10

In modern industrial manufacturing—whether it is the powertrain of a new energy vehicle, the smart motor of a home appliance, or complex industrial automation equipment—the smallest hardware details often dictate the overall lifespan and stability of the system. As a long-term expert in the field of high-precision metal manufacturing, JXPRECISE is dedicated to providing global clients ...