A working cost estimator for rigid, rigid-flex, HDI and metal-core PCBs — plus straight answers on pricing, DFM, and how to pick a shop that won't wreck your schedule.
Pick a board type, describe the stack-up and options, and watch an itemized estimate update as you go. Numbers are planning estimates — send final Gerbers to a manufacturer for a firm, fabrication-ready quote.
Estimates cover bare-board fabrication only (no assembly, stencil, or shipping) and assume standard tolerances and a rectangular outline. Real quotes vary by fabricator, region and current material pricing.
Each construction trades cost against capability. Match the technology to what the product actually needs — over-speccing is where budgets quietly disappear.
Solid FR-4 core with copper layers. The workhorse for the overwhelming majority of electronics.
Rigid sections joined by flexible polyimide zones. Folds into a housing and removes connectors and cables.
High-density interconnect with laser microvias and fine lines. Packs BGA fan-out into a smaller footprint.
Aluminum or copper base pulls heat away from components. The default for high-power LED and driver boards.
A handful of factors move price far more than the rest. Understand these and you can cut a quote in half without touching the design's function.
Each pair of layers adds lamination, drilling and copper. Going from 2 to 4 layers often adds more cost than any option below — collapse layers where signal integrity allows.
Tooling and setup are fixed, so unit price falls steeply with volume. Efficient panelization — fitting more boards per production panel — lowers the per-board figure at every quantity.
You pay for material by the square. Shrinking the outline, or nesting oddly-shaped boards, directly reduces cost — especially on exotic laminates.
HASL and OSP are cheapest; ENIG, ENEPIG and hard gold add real money. Specify gold only where you need flatness or fine-pitch reliability.
Tight lines, blind/buried vias and stacked microvias raise yield risk and drop panel counts. They can multiply cost — reserve them for HDI designs that truly require it.
Expedite and rush builds jump the production queue at a premium. Planning ahead is the cheapest optimization there is.
Indexed to a standard 2-layer rigid board (=1.0×), same size and quantity.
Directional multipliers for planning. Actual ratios shift with layer count, finish and volume — use the calculator above for figures tied to your stack-up.
The cheapest quote is rarely the cheapest project. Weigh a fabricator on the things that surface after the PO — capability, feedback and communication.
Look for ISO 9001 as a baseline, plus IPC-A-600 / IPC-6012 class, UL marking, and sector standards like IATF 16949 (auto) or ISO 13485 (medical) when they apply.
Confirm the shop routinely runs your layer count, min trace/space, via type and materials — not just that they "can." Ask what they build every day versus once a quarter.
A good fab reviews your Gerbers and flags issues before building. Silence on a marginal design is a warning sign, not a convenience.
Clear tooling/NRE, unit pricing and honest ship dates beat a low headline number with surprise charges. Ask what triggers extra cost.
You want a responsive engineer, not a black box. Fast, technical answers in your language and timezone save days when something needs a decision.
Ask about E-test coverage, AOI, impedance control and traceability — and how they protect your design files. NDAs and controlled data handling matter.
Small design and sourcing choices compound. These are the levers that reliably cut cost and scrap without hurting the product.
Use your fabricator's published layer stack and materials. Custom builds mean custom pricing and longer queues.
Ask the shop to nest your board — and combine several designs on one order — to squeeze more units per production panel.
Default to 6/6 mil traces, standard drills and 1.6 mm thickness unless the design genuinely requires tighter. Precision costs money.
HASL or OSP for simple boards; save ENIG for fine-pitch, flatness or long shelf life. Don't gold-plate by habit.
Standard lead time is dramatically cheaper than rush. Build the fab window into your schedule from day one.
Full Gerbers, drill files, a fab drawing and a stack-up note prevent back-and-forth, re-quotes and costly mistakes.
Estimates get you planning. When the design is ready, hand it to a fabricator to review your files and turn a firm number.
Send your Gerbers for a DFM check and a fabrication-ready quote across rigid, rigid-flex, HDI and metal-core builds.
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