How much does a PCB cost?
There is no single price for a PCB. The cost of a board depends on how many you order, how large it is, how many layers it has, which materials and finishes it uses and how tight its tolerances are. Assembly adds components, placements and testing. Because these factors combine differently for every design, the only reliable price is a quote based on your files.
Why PCB prices vary so much
Every PCB order carries fixed setup work: CAM engineering, tooling, test programs, and for assembly a stencil and machine programs. That cost is the same whether you order a handful of boards or several thousand.
- On a prototype order, setup is shared by few boards, so the price per board is high.
- On a production order, setup is shared by many boards, and material and process time dominate.
Beyond quantity, each design choice changes how much material is used, how many process steps the board passes through and how much yield risk the manufacturer carries. That is why two boards of the same size can be priced very differently.
Bare-board cost drivers
Non-standard board thickness can also add cost, because it may require special material or a custom stack-up.
PCB assembly cost drivers
For a PCBA, components often make up a large share of the total. Other drivers:
- Components: part prices, availability and minimum order quantities. Scarce or obsolete parts cost more.
- Number of unique parts and placements: every unique line on the BOM needs a feeder and setup; every placement takes machine time.
- Single- vs double-sided: placing parts on both sides means a second print and reflow pass.
- THT parts: through-hole parts often need wave, selective or hand soldering as an extra step.
- BGAs and X-ray: hidden joints require X-ray inspection and careful process control.
- Testing: ICT fixtures, flying probe programs and functional test development all add cost.
- Coating: conformal coating and masking add process steps.
- Stencil and programming setup: one-off costs that weigh heavily on small batches.
How to reduce PCB cost without adding risk
Cost reduction should not mean accepting lower quality. These measures usually lower cost without increasing risk:
- Use standard thickness and materials unless the design really needs something else.
- Design with panelisation in mind, so more boards fit on a production panel.
- Relax tolerances where possible. Wider tracks and gaps and larger drills improve yield.
- Reduce the number of unique parts by consolidating resistor and capacitor values and packages.
- Run a DFM check early, before the design is frozen, when changes are still cheap.
- Order sensible quantities. A slightly larger batch can lower the price per board considerably, but don't overbuy a design that is still changing.
For assembled boards, choosing turnkey assembly can also simplify purchasing and reduce handling of consigned parts.
The hidden costs of a cheap quote
The lowest price on a quote is not always the lowest total cost. Before choosing on price alone, consider what happens if something goes wrong.
- Scrap and rework: boards that fail inspection or testing have to be rebuilt, often at short notice.
- Delays: a build held up by technical queries or missing parts can delay a product launch or a customer delivery.
- Field failures: defects that slip through weak inspection are far more expensive to fix after shipping.
- Extras quoted separately, such as tooling, test, packaging or shipping. Check whether each quote includes them.
- Engineering time: unclear communication and repeated questions use your own team's time.
Quality and traceability matter, especially for industrial, medical and other long-lifetime products. A manufacturer whose process, certifications and track record fit your product is usually cheaper over the life of the project than the lowest unit price.
A practical approach is to agree the specification first, then compare price within that specification. Lowering the specification to reach a price target should be a deliberate engineering decision, not a side effect of choosing the cheapest offer.
How to compare PCB quotes like for like
Two quotes are only comparable if they cover the same thing. Check that each one is based on:
- The same specification: layers, material, thickness, copper weight and features
- The same IPC class and acceptance standard
- The same tests: electrical test, impedance testing, ICT or functional test
- The same surface finish and solder mask
- The same packaging, such as vacuum packing or ESD packaging
- The same delivery terms and quantities
Also check who you contract with. With Nordic PCB, you order directly from the manufacturer and are invoiced by the manufacturer; contract, payment, production and delivery are between you and the manufacturer.
Getting a quote through Nordic PCB
Upload your Gerber files (and BOM for assembly) and state your requirements. We run a free DFM check on your files and send findings by email, then compare manufacturers in our network that fit your specification. You receive the quote from the best-matched manufacturer.
The quote and the DFM check are free for you — we're compensated by our manufacturing partners. See how it works for the full process.
Want a price for your own design? Upload your files for a free quote and DFM check from the right PCB manufacturer.
Get a free quote →FAQ
How much does an average PCB cost?
There is no meaningful average, because PCB prices span a very wide range. A small double-sided board in volume and a large HDI board in a prototype quantity are entirely different jobs. The price is determined by quantity, size, layer count, material, features, finish, IPC class and lead time. A quote based on your actual files is the only reliable figure.
Why are PCB prototypes so expensive per board?
Every order needs the same setup work: CAM engineering, tooling, electrical test programs and, for assembly, a stencil and machine programs. On a prototype order that fixed cost is spread over only a few boards, so the price per board is high. In production the same setup is shared by many boards, and the price per board drops.
How can I reduce the cost of PCB assembly?
Reduce the number of unique parts, keep components on one side where practical, and avoid through-hole parts that need a separate soldering step. Choose parts that are readily available, add approved alternates to the BOM, and agree a test strategy that fits the volume. A DFM and DFA review before the design is frozen helps catch costly issues early.
What information do I need for an accurate PCB quote?
Send Gerber or ODB++ files, drill files and a board outline, plus the stack-up and fabrication notes: material, thickness, copper weight, surface finish and IPC class. State the quantities and any special requirements such as impedance control. For assembly, add a BOM with manufacturer part numbers, a pick-and-place file and your testing requirements.
Related glossary terms
- Panelization
Panelisation is the practice of arranging multiple PCBs in a single manufacturing panel to reduce fabrication cost and enable automated SMT assembly. The two main methods are V-cut (straight-line scoring for rectangular boards) and tab-routing with mouse bites (perforated tabs for irregular shapes).
- Multilayer PCB
A multilayer PCB is a printed circuit board with three or more copper layers, separated by insulating dielectric and laminated together under heat and pressure. Inner layers carry signals or form solid power and ground planes, and plated vias connect the layers. Most multilayer boards use an even number of layers, such as four, six or eight.
- Surface finish
A surface finish is the protective coating applied to the exposed copper pads on a PCB to prevent oxidation and provide a solderable surface for component attachment. Common finishes include HASL, lead-free HASL, ENIG, OSP and immersion silver. The choice affects cost, pad flatness, assembly compatibility, shelf life and long-term reliability of the solder joints.
- IPC class 2 vs class 3
IPC class 2 and class 3 are two acceptance levels defined in IPC standards (A-600 for bare boards, A-610 for assemblies). Class 2 covers dedicated-service electronics; class 3 covers high-reliability electronics where failure cannot be tolerated. Class 3 demands tighter tolerances, stricter inspection, and typically costs more.
- HDI
HDI (High Density Interconnect) describes PCBs with significantly higher routing density than conventional boards, achieved through microvias, thinner traces, and sequential lamination. HDI is essential for high pin-count BGAs, compact electronics, and applications in smartphones, medical devices, automotive ECUs, and aerospace systems.
- BOM
A BOM (Bill of Materials) is the structured list of every component needed to build a PCB, mapping reference designators on the board to specific manufacturer parts. It is one of the three core files — alongside Gerber and pick and place — required to quote and assemble a PCBA.
- Turnkey assembly
Turnkey assembly is a full-service PCBA model where one manufacturer handles everything: bare board fabrication, component sourcing, assembly, inspection and testing. The customer supplies the design files — Gerber, BOM and pick-and-place — and receives finished boards. Because one manufacturer is responsible for the whole build, there is a single point of accountability for parts and workmanship.
- DFM
DFM (Design for Manufacturability) is a structured review of your PCB design against a fabricator's process limits — trace widths, drill sizes, annular rings, solder mask clearances, and stack-up choices — to catch issues before tooling starts. A good DFM review prevents rework, scrap, and missed delivery dates.
- PCB thickness
PCB thickness is the overall thickness of a finished printed circuit board. The standard is 1.6 mm (about 0.062 inch), but boards from around 0.4 mm to 3.2 mm and more are common. Thickness is set by the stack-up of cores, prepreg and copper, and affects stiffness, connectors, impedance and cost.
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