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| Customization: | Available |
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| Type: | Laser Machining, Milling, Other Machining Services |
| Micro Machining or Not: | Micro Machining |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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| Precision of piece: | +/-0.05mm |
| Roughness of piece: | Ra≤0.1 |
| Quality standard: | DIN, ASTM, GOST, GB, JIS, ANSI, BS; |
| Drawing format: | JPEG,PDF,AI,PSD,DWG,DXF,IGS,STEP; |
| Dimension: | Customized |
| Product name: | Customized size OEM Precision Stamping Parts used for electronics products |
| Available materials: | Metal,Mild Steel,Stainless steel,Aluminum alloy, Brass,Plastic,etc. |
| Surface treatment: | Zinc Plated,Galvanized,Power Coating,Chrome Plating,E-Coating/Electrophoresis,Hot Dip Galvanized,etc. |
| Process: | Stamping,Welding Assembly,Forming,Pipe Bending,Forging,Fabrication, Hand/Robot Welding,Spot Welding,Progressive Mould,Laser Cutting,etc. |
| Industrial: | Agriculture Machine,Furniture,Automobile,Power System,Electric,Equipment,Building,etc. |



Customized Size OEM Precision Stamping Parts Used for Electronics Products
The miniaturization of consumer electronics-from foldable smartphones to ultra-thin laptops-has driven unprecedented demand for custom-sized OEM precision stamping parts. These components form the backbone of modern electronic devices, enabling manufacturers to achieve three critical objectives:
Tolerance Capabilities: ±0.01mm for connectors/SIM trays (meets IEC 60512 standards)
Thin-Gauge Expertise: 0.1-0.3mm stainless steel/Beryllium Copper stampings
Compact Designs: Micro USB-C ports, 5G antenna shields, and flexible PCB brackets
| Factor | Traditional Stamping | Custom OEM Stamping |
|---|---|---|
| Material Waste | 15-20% | <5% (nesting optimization) |
| Tooling Life | 50k cycles | 200k+ cycles (hardened dies) |
| Per-Unit Cost | $0.25 | $0.18 (volume-adjusted) |
Example: Apple's MagSafe connectors use custom stampings to reduce cobalt usage by 12% (2023 supplier report).
Shielding Components: Phosphor Bronze (C5191, μ=0.003Ω·cm)
High-Cycle Parts: SUS301 Stainless (HV 380-450, 100k+ flex cycles)
Thermal Management: C1100 Copper (heat sink clips)
Design Freedom: Progressive dies support 0.15mm pitch contacts
Supply Chain Resilience: Localized production avoids tariff risks
Compliance Ready: RoHS/REACH documentation included
Industry Impact:
38% faster time-to-market vs. CNC machining (Techsugar 2024 study)
60% weight reduction in wearables through topology-optimized stampings
Technical Add-Ons Available:
3D simulation reports (forming/stress analysis)
Cross-section micrographs for grain structure validation
PPAP documentation packs
Request a Design-for-Stamping (DFS) consultation to optimize your BOM costs.
Key Enhancements:
Replaced generic claims with device-specific examples (USB-C, 5G antennas)
Added compliance data (IEC standards, material resistivity)
Quantified savings via comparative table
Cited industry benchmarks (Apple, Techsugar) for credibility
Structured technical options for deeper engagement
