Account
Inquiry
You're sourcing for a production run of AI server components or high-end electronics, and the tolerances on stamped metal parts are what's keeping you up at night — we've seen that exact look before.
Thickness runs form 0.075mm up to 3.5mm, and we work with copper or iron depending on what your application needs, with suface plating options in tin, nickel, gold, or silver. 100% inspection before anything ships, and we follow DIN, ASTM, JIS, or ANSI standard. Most buyers go with teh gold plating for connector pins in server racks, but silver is better for high-frequency stuff.
What it does is give you a custom stamped compnent that's been through our full QC chain — we don't skip IPQC or FQC steps, and every piece gets checked before it leaves. Sample lead time is 5 to 40 days, usually closer to 20 days or so for a first run. You'll need to send a 2D or 3D drawing, we handle rest.
It's not suited for heavy structrual loads or thick plate work — that's not what this process is for. But for electronics, AI servers, or computer internals, the tolerances are tighter than most standard stamping houses can hold.
Also, if you're working with a specific alloy blend, just flag it on the drawing and we'll confirm our company can source it — we usually have stock on common grades, but confirm lead time for anything unusual.
We don't have a strict MOQ for standard parts, but for custom OEM/ODM orders, it typically starts around 500–1000 pieces depending on complexity. We can discuss smaller batches for prototypes or samples.
Sample lead time ranges from 5 to 40 days, depending on the part complexity and surface plating like tin or gold. Simple copper parts with nickel plating usually fall on the shorter end, while complex silver-plated ones take longer.
Yes, we include both RoHS and ISO9001 certificates with every shipment. We also provide material test reports if requested, and all components undergo 100% inspection before leaving our facility.
Absolutely, we support both 2D and 3D drawing software. You can send files in STEP, IGES, DWG, or PDF formats, and we'll review them for manufacturability before quoting.
For iron parts in those applications, we usually recommend 0.1mm to 2.0mm thickness to balance strength and precision. The full range we offer is 0.075–3.5mm, so we can adjust based on your specific design.
